Optimization of the Acid Catalyst Concentration for Synthesis of Anti‐Cancer Agent Gamavuton‐0 by Using Mathematical and Statistical Software

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The th I do esia Japa

Joi t S ie tifi Sy posiu

IJJSS

Chi a, ‐ 4 Nove

er

Preface

The 7th_{Indonesia Japan Joint Scientific Sy posiu IJJSS 201 , the 24}th_{CEReS International Sy posiu ,} the 4th_{Sy posiu on Microsatellite for Re ote Sensing SOMIRES , and the Sy posiu on Innovative} Microwave Re ote Sensing were held on the Nishi‐Chiba ca pus of Chiba University, Japan, during 20‐ 24 Nove ber 201 . These sy posia focused on providing a foru to share and discuss recent issues and develop ents in various fields of science and technology.

IJJSS has been held since 2004 and now it has beco e one of the successful regional sy posia co‐ organized by two countries – Indonesia and Japan. In IJJSS 201 , a total of 1 0 papers that have gone through review process are presented. In each of the 29 sessions, enthusiastic and sti ulating discussions have led to the e change of innovative ideas and advance ent of the state of knowledge a ong students and researchers fro universities in Japan, Indonesia, and other countries.

Generous supports for the conference were provided by Kabupaten Siak, Bank Riaukepri, Katoro, APPJ, Dental Support, Chiba Soy Sauce Union, and Ko inato Railway. On behalf of the IJJSS local organizing tea , I would like to e press y sincere gratitude to their supports, which greatly contributed to the participation of young scientists.

Finally, I would like to thank all the proceedings tea e bers who have dedicated their effort and ti e to bring the anuscripts into the for of a book. This book will serve as a long‐lasting credit to the achieve ents of IJJSS 201 .

Professor Hiroaki Kuze, Dr. Sc., General Chair an of IJJSS 201

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The

7th

Indonesia

Japan

Joint

Scientific

Symposium

(IJJSS

2016)

Chiba,20‐24November2016

Committees

Advisory Committee:

Prof. Takeshi Tokuhisa, President of Chiba University, Japan Prof. Muhammad Anis, Rector of Universitas Indonesia, Indonesia

General Chairman

Prof. Hiroaki Kuze

Executive Committee

Prof. Andi Eka Sakya, Head of Badan Meteorologi, Klimatologi, dan Geofisika, Indonesia Prof. Herry Suhardiyanto, Rector of Institut Pertanian Bogor, Indonesia

Prof. Kadarsah Suryadi, Rector of Institut Teknologi Bandung, Indonesia Prof Yos Johan Utama, Rector of Universitas Diponegoro, Indonesia Prof. Dwikorita Karnawati, Rector of Universitas Gadjah Mada, Indonesia Prof. Dwia Aries Tina Pulubuhu, Rector of Universitas Hasanuddin, Indonesia Prof. Muhammad Anis, Rector of Universitas Indonesia, Indonesia

Prof. Tri Hanggono Achmad, Rector of Universitas Padjadjaran, Indonesia Prof. Ketut Suastika, Rector of Universitas Udayana, Indonesia

Prof. H. Detri Karya, Rector of Universitas Islam Riau, Indonesia Prof. Ravik Karsidi, Rector of Universitas Sebelas Maret, Indonesia

Sister Universities (*)

Badan Meteorologi, Klimatologi, dan Geofisika, Indonesia Institut Pertanian Bogor, Indonesia

Institut Teknologi Bandung, Indonesia Universitas Diponegoro, Indonesia Universitas Gadjah Mada, Indonesia Universitas Hasanuddin, Indonesia Universitas Indonesia, Indonesia Universitas Padjajaran, Indonesia Universitas Udayana, Indonesia * Base on alphabet queue

Organizing Committee

Prof. Hiroaki Kuze, Chiba University, Japan Prof. Kenichi Sakakibara, Chiba University, Japan

Prof. Josaphat Tetuko Sri Sumantyo, Chiba University, Japan Prof. Shogo Shimazu, Chiba University, Japan

Prof. Niikura Ryoko, Chiba University, Japan Prof. M. Takagaki, Chiba University, Japan Prof. Hiroshi Nakagawa, Chiba University, Japan Prof. Hitoshi Asanuma, Chiba University, Japan Prof. Ryutaro Tateishi, Chiba University, Japan Prof. Koichi Ito, Chiba University, Japan Prof. Kenzo Nonami, Chiba University, Japan Prof. Katsumi Hattori, Chiba University, Japan

Prof. Gunawan Wibisono, Universitas Indonesia, Indonesia Prof. Eko Tjipto Rahardjo, Universitas Indonesia, Indonesia Prof. Danang Sri Hadmoko, Universitas Gadjah Mada, Indonesia Prof. Arif Marfai, Universitas Gadjah Mada, Indonesia

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The

7th

Indonesia

Japan

Joint

Scientific

Symposium

(IJJSS

2016)

Chiba,20‐24November2016

Prof. Ketut Wikantika, Institut Teknologi Bandung, Indonesia Prof. I Made Mahendra, Universitas Udayana, Indonesia Prof. Darsono, Universitas Sebelas Maret, Indonesia Prof. Edison Munaf, Universitas Andalas, Indonesia

Prof. Nelson Pomalingo, Universitas Muhammadiyah Gorontalo, Indonesia Prof. Ohneda Osamu, University of Tsukuba, Japan

Prof. Isamu Nagano, Komatsu College, Japan

Assoc. Prof. Dodi Sudiana, Universitas Indonesia, Indonesia Assoc. Prof. Chiharu Hongo, Chiba University, Japan Assoc. Prof. Handarto, Universitas Padjadjaran, Indonesia

Assoc. Prof. Emma Hisbaron, Universitas Gadjah Mada, Indonesia

Assoc. Prof. Muhammad Isman Jusuf, Universitas Muhammadiyah Gorontalo, Indonesia

Technical Program Committee

Prof. Agus Hartoko, Universitas Diponegoro, Indonesia Prof. Rika Haryana, Universitas Gadjah Mada, Indonesia

Prof. Andriyan Bayu Suksmono, Institut Teknologi Bandung, Indonesia Prof. Wolfgang Martin Boerner, University of Illinois, United States Prof. Keiichiro Kondo, Chiba University, Japan

Prof. Nobuo Takeuchi, Chiba University, Japan Prof. Motoi Machida, Chiba University, Japan Prof. Hideki Nakagome, Chiba University, Japan

Prof. Wuled Lenggoro, Tokyo Agricultural University, Japan Prof. Bondan T. Sofyan, Universitas Indonesia, Indonesia Prof. Sugeng, Universitas Islam Riau, Indonesia

Prof. Mukhtar Ahmad, Universitas Islam Riau, Indonesia Prof. I Wayan Sandi Adnyana, Universitas Udayana, Indonesia Prof. Purnomo Priambodo, Universitas Indonesia, Indonesia Assoc. Prof. Kazuhiko Ohnuma, Chiba University, Japan Assoc. Prof. Rie Ono, Chiba University, Japan

Assoc. Prof. Basari, Universitas Indonesia, Japan Assoc. Prof. Hitoshi Irie, Chiba University, Japan

Assoc. Prof. Agfianto Putra, Universitas Gadjah Mada, Indonesia Assoc. Prof. Yoshimasa Amano, Chiba University, Japan

Assoc. Prof. Kazuteru Namba, Chiba University, Japan

Assoc. Prof. Idris Mandang, Universitas Mulawarman, Indonesia

Assoc. Prof. Tri Kuntoro Priyambodo, Universitas Gadjah Mada, Indonesia Assoc. Prof. Gede Karang, Universitas Udayana, Indonesia

Assoc. Prof. Masuda Kenji, Shizuoka University, Japan Assoc. Prof. Katoh Kentaroh, Tsuruoka College, Japan Assoc. Prof. Teti Zubaidah, Universitas Mataram, Indonesia Assoc. Prof. Rahmatulloh, Universitas Indonesia, Indonesia

Assoc. Prof. Dr. Nurman, S.Si, M.Si, Universitas Islam Riau, Indonesia Dr. Yohandri, Universitas Negeri Padang, Indonesia

Dr. Elyas Palantei, Universitas Hasanuddin, Indonesia Dr. Ilham Alimuddin, Universitas Hasanuddin, Indonesia Dr. Luhur Bayuaji, Universiti Malaysia Pahang, Malaysia Dr. Muhammad Fauzan, Universitas Brawijaya, Indonesia Dr. Yuhendra, Institut Teknologi Padang, Indonesia Dr. Indra Riyanto, Universitas Budiluhur, Indonesia

Dr. Wahyudi Parnadi, Institut Teknologi Bandung, Indonesia

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The

7th

Indonesia

Japan

Joint

Scientific

Symposium

(IJJSS

2016)

Chiba,20‐24November2016

Dr. Evizal Abdul Kadir, Universitas Islam Riau, Indonesia Dr. Muhamad Komarudin, Universitas Lampung, Indonesia

Local Steering Committee Secretariat and Registration:

Treasurer:

Chihaya Miyamoto

Publication: Husnul Kausarian Asif Awaluddin Dr. Ratih Fitria Putri Agus Hendra

Pakhrur Razi

Reviewers:

Prof. Kenichi Sakakibara Prof. Rie Ono

Prof. Shogo Shimazu Prof. Hitoshi Asanuma

Prof Josaphat Tetuko Sri Sumantyo Prof. Ryutaro Tateishi

Prof. Katsumi Hattori Prof. Eko Tjipto Rahardjo Prof. Danang Sri Hadmoko Prof. Arif Marfai

Prof. Muhammad Asvial Prof. Ketut Wikantika Prof. I Made Mahendra Prof. Agus Hartoko Prof Hartono

Prof. Andriyan Bayu Suksmono Prof. Motoi Machida

Prof. Kazuhiko Ohnuma Prof. Kazuteru Namba Prof. Idris Mandang Prof. Gede Karang Dr. Dodi Sudiana Dr. Yohandri Dr. Elyas Palantei Dr. Ilham Alimuddin Dr. Wahyudi Parnadi Dr Mya Dwi Rostika Dr Emmy Latifah

Website Coordinator: Babag Purbantoro Good Fried Panggabean Farohaji Kurniawan

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The

7th

Indonesia

Japan

Joint

Scientific

Symposium

(IJJSS

2016)

Chiba,20‐24November2016

Cahya Edi Santosa Jamrud Aminuddin

Registration

Yuta Izumi

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The7thIndonesiaJapan JointScientificSymposium

(IJJSS2016)

Chiba,20‐24November2016

Keynote

Speech

Monday, November

: ‐ :

: 5‐ : 5

Mo , No th I do esia Japa Joi t S ie tifi Sy posiu Chair : Take o u AokiF Mai hall : 5‐ : 5

K“

Prof Yoshifu i Yasuoka Chi a U iversity

“o ial I ple e tatio of Re ote “e si g; ho a re ote se si g o tri ute to ta kli g li ate ha ge

: 5‐ : 5 K“

Prof Eko Tjipto ‘ahardjo Universitas Indonesia UI

E iro e tal i pa t of ele tro ag eti fields a d a es

: 5‐ : 5

K“

Drs. H. Sya suar, M.Si

Mayor/Regent of Regency of Siak, Riau Province, Indonesia

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The7thIndonesiaJapan JointScientificSymposium

(IJJSS2016)

Oral

Session

Tuesday, November

: ‐ :

Tue, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : Elyas Pala teiF ‘e eptio Hall : ‐ :

P Elyas Pala tei p: ‐Co stru tio a d Field Testi g of Broad a d Tra s ei er Modules Applied for IT“ E iro e tal “ur eilla e

: ‐ : P

Pur o o Sidi Pria odo p: ‐

F“O Propagatio Noise “uppressio y Applyi g “i gle‐Mode Fi er Opti at The Re ei i g Le s Fo al Poi t

: ‐ :

P Ah ad Fauzi MakariDesig a d A alysis of Mesh Net ork for “hip‐to‐“hip Mariti e Cop: ‐ 4 u i atio usi g IEEE . o Mariti e E iro e t of Ta ju g Perak – I do esia : ‐ :

P

A dul Syukur p: ‐

Parallel Pro essi g for I pro e Perfor a e of e‐Lear i g “er er Usi g Message Passi g I terfa e

: ‐ :

P Wahidi Waha p: ‐ 4Desig i g a Auto ated o trol of a Porta le Hydropho i Pla tatio Fa ility ased o

: ‐ :

P I aduddi A MajidPath Pla i g a d For atio Co trol usi g Arri al Ti e Field for Mo ile Ro ots : ‐ :

P 4 Basari p: 4 ‐ 4O the Perfor a e of Wireless ECG Mo itori g “yste : Case of Off‐Body Co u i atio s

: ‐ : Tue, Nov

The 4th Sy posiu o Mi rosatellites for ‘e ote Se si g

Chair : Katsu i Hattori F Meeti g ‘oo 4 : ‐ :

P 4

Katsu i Hattori

“eis o‐ele tro ag eti s study for short‐ter earth uake fore ast: re e t progress a d the state of the art

: ‐ :

P Di itar Ouzou ovGeospa e Approa h i Re eali g Tra sie t “ig atures i At osphere a d Io osphere Prior to Large Earth uakes

: ‐ :

P 4 Ni ola Ge za oO the possi le i pa t of the “ig ifi a t “e ue e of TIR A o alies ““TAs para eter o the ti e‐Depe de t Assess e t of the “eis i Hazard t‐DA“H for Japa

: ‐ :

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The7thIndonesiaJapan JointScientificSymposium

(IJJSS2016)

: ‐ :

Tue, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : Agus HartokoF Meeti g ‘oo : ‐ :

P 4 Agus Hartoko p: 4 ‐Ne Paradig of Mari e Paleo‐o ea ographi “tudy With “patial Based Re o stru tio at “a gira a d Muria “trait – Ce tral Ja a I do esia : ‐ :

P 4 Te gku Dahril p: ‐Applied te h ology for o yge produ tio i losed area for s oke da age : ‐ :

P Te gku Dahril p: 4‐The utilizatio of li uid ater fro pal oil i dustry as ulture ediu for i roalgae Chlorella sp i order to eli i ate aters poluitio i Riau : ‐ :

P Idris Ma da g p: ‐E osyste Dy a i s i the Mahaka Estuary, East Kali a ta I do esia : ‐ :

P I Waya Gede Asta a Kara g p: ‐A uarius “ea “urfa e “ali ity i the I do esia “eas : ‐ :

P Muh. Yusuf p: ‐Coastal Dy a i , Nitrate NO ‐ Phosphate PO4‐ a d Phytopla kto A u da e at Morode ak North Java Sea I do esia

: ‐ : P

Je i p: ‐

Water ‘esour es Ma age e t Usi g ‘iver Flo Ma ipulatio i Suka u i Karst La dfor

: ‐ : Tue, Nov

th I do esia Japa Joi t S ie tifi Sy posiu #

Chair : Ardi Pra o o F Meeti g ‘oo : ‐ :

P Ardi Pra o o p: The Use Of Co ti uous I tra e ous Multi odal A algesia Fe ta yl‐Ketorola I ‐ Patie ts With Cesarea “e tio

: ‐ :

P 4 Tri Pitara Maha ggoro p: I pro i g E otio al I tellige e to De elop Healthy Beha iour i Leather Glo es ‐ Fa tory Worker

: ‐ : P

‘at a I dria ati p: 4‐

Lo g‐ter I pa t of Pre atal hypo ia‐is he ia i short‐ter e ory duri g adoles e e

: ‐ :

P 4 Dzi a Naufal p: Effe ts of Lo Fre ue y “ou d to Hu a Psy hologi al a d Physiologi al ‐ Phe o e o : A literature re ie

: ‐ :

P 4 Pra itha Esha ND p: Ide tifi atio of Patie t “atisfa tory Profile for Outpatie t Phar a euti al “er i e ‐ at Pri ate a d Go er e t Hospital ithi “e ara g Distri t

: ‐ :

P ‘udy Agu g Nugroho p: I se t‐Based Protei : Future Pro isi g Protei Sour e for Fish Cultured ‐ : ‐ :

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The7thIndonesiaJapan JointScientificSymposium

(IJJSS2016)

: ‐ : Tue, Nov

So ial Studies # Chair : F. Ka eko & E. Latifah F Multi edia eeti g roo : ‐ :

P 4 Fu ihiro Ka eko p: ‐I trodu i g A Threshold To Co dore et I pro e e t : ‐ :

P EThe Legal Prote tio O er Traditio al Medi i al Pla ts i I do esia y Latifah : ‐ :

P 4 A dul Qodir p: ‐ 4The Idea of Multi ultural I ter o e ti e ith “o io‐Religious Values at Tra s Dala Co u ity i Pula g Pisau Rege y

: ‐ :

P A h ad Busro p: ‐LEGAL DEVELOPMENT“ OF FIDUCIARY IN INDONE“IA: A “pe ial Refere e to I ta gi le Mo i g “e urity O je ts

: ‐ :

P Yosuke Yoshioka p: ‐The Effe t of Co u i atio “kills o Jo Opportu ities for Japa ese U i ersity “tude ts

: ‐ :

Tue, Nov So ial Studies # Chair : I dah Susilo atiF Graduate Lou ge : ‐ :

P ‘a h a I driya i p: ‐4Where Does E uita le “hari g Of “hared Fish “to ks I I dia O ea “ta d For ? : ‐ :

P Sla et ‘IYADI “tudy Of User E perie e I A “e ue tial I tera tio Of A Ta gi le Produ t : ‐ :

P Satsuki Ikeda p: 4 ‐Our use of des ripti e a es a d si gular thoughts : ‐ :

P

Yayoi U e ura (p:279-286)

Mis o u i atio i Japa ese et ee Japa ese a d Lo al E ployees i a Japa ese‐affiliated Co pa y i Chi a

: ‐ :

P Hadi Sasa a Cluster Area De elop e t ith the Basis o Orga i Agri ulture To “upport The Co petiti e ess o A eleratio to E ter the Asea E o o i Co u ity Market

Case “tudy i “e ara g‐ I do esia

: ‐ 4:

Tue, Nov Sy posiu #4 th I do esia Japa Joi t S ie tifi Chair : M Is a JusufF ‘e eptio Hall : ‐ :

P

M Is a Jusuf

Predi tio of I tr ere ral Hae orrhagi “troke I I do esia Populatio : ‐ :4

P

Pi asti Uta i p: 4 ‐

Ide tifi atio of Drug Related Pro le s i Co gesti e Heart Failure Patie ts i Pa e aha “e opati Pu li Hospital Duri g Ja uary to May 5

:4 ‐ 4:

P Nurul Maziyyah p: 4‐A tual a d Pote tial Drug Related Pro le s i Dia eti Patie ts through Medi atio Re o iliatio Pro ess

4: ‐ 4:

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The7thIndonesiaJapan JointScientificSymposium

(IJJSS2016)

4: ‐ :

Tue, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : Lilis Surya iF ‘e eptio Hall 4: ‐ 4:

P Lilis Surya i p: The Effe t of “upple e tatio Pro ioti La to a illus asei strai “hirota agai st ‐ 4 olo izatio of “trepto o us Nasal “ a Isolates fro Patie ts ith Allergi Rhi itis

4: ‐ :

P 4 Sri Na a iyati Nurul Makiyah p: “teroidal “apo i i Etha ol E tra t Tu er of Purple Ya Dios orea alata L. as ‐ 4 allerge i Age t

: ‐ :

P 4 Tri Wula dari Kesetya i gsih p: De gue Pro e Areas i Ga pi g, Yogyakarta, I do esia Based o E iro‐ e tal Co ditio y Usi g “patial A alysis

: ‐ :

P 4 Yu i gtyas ari p: 4‐The Effe t of Air Freshe er E posure at a Early Age o Alveloar Histology of White ‘at ‘attus orvegi us

: ‐ 4:

Tue, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : Wahidi WahaF Meeti g ‘oo 4 : ‐ :

P

Wahidi Waha p: ‐

A alysis a d Desig of a Fuzzy Logi Co trolled Bu k Boost Co erter For a Wi d Tur i e Po er Ge eratio

: ‐ :4

P Nji ‘ade Poespa ati p: Fa ri atio of CNT i roarray for iose sor appli atio s ‐ :4 ‐ 4:

P I dra ‘iya to p: 4‐Porta le Photo oltai Po erpla t ith “olar Tra ker for Disaster Affe ted Area E erge y Po er “upply

4: ‐ 4: P 4

Moha ad Nasu ha p: ‐

Appli atio of A G Po er Diodes i a Si ple Yet Effe tive Voltage Adapter Module for Ele tri Cars

4: ‐ 4:4

P Wis u O sta le a oida e ultirotor usi g ultraso i se sor a d A‐star Algorith

4: ‐ :

Tue, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : Puguh Novi ArsitoF Meeti g ‘oo 4 4: ‐ :

P Puguh Novi Arsito p: Piperi of Piper retrofra tu A tago izes H Re eptor: I itro a d I sili o “tudy ‐ 4 o Isolated‐Gui ea Pig Illeu “ ooth Mus le

: ‐ :

P Alfai a Wahyu i p: 4 ‐ 4The Effe t Of E tra t Yello Pu pki s “eed Cu ur ita os hata o Histology of E do etrial Gla ds i O arie to ized Rats

: ‐ : P 44

I a iar ‘a ti p: 4 ‐ 4

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The7thIndonesiaJapan JointScientificSymposium

(IJJSS2016)

: ‐ 4:

Tue, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : Sa ta ti Hari urtiF Meeti g ‘oo : ‐ :

P Sa ta ti Hari urti p: Opti izatio of the A id Catalyst Co e tratio for “y thesis of A ti‐Ca er ‐ Age t Ga a uto ‐ y Usi g Mathe ati al a d “tatisti al “oft are : ‐ :4

P MT Ghozali p: Effer es e t Ta let For ulatio of Purple Ma gostee Gar i ia a gosta a L ‐ a d Apple Pyrus alus L Peel E tra t

:4 ‐ 4: P

Wira Eka Putra

“i gle Dose De a ethaso e Pro otes E pressio Nu er of He atopoieti “te Cells a d Blood Proge itor Cells o BALB/ Mouse

4: ‐ 4:

P Hari Widada p: A tio ida t a d Photoprote tive Pote tial of Ethyl A etate Fra tio fro ‐ Etha oli E tra t of ‘ed Drago Fruit Peel Hylo erius polyrhizus

4: ‐ :

Tue, Nov Sy posiu # th I do esia Japa Joi t S ie tifi F Meeti g ‘oo Chair : Yo i Astuti 4: ‐ 4:

P 4 Yo i Astuti p: Effe ti e ess of Wou d Clea si g Usi g Gua a Lea es % I fusio ith ‐ “ho eri g Te h i ue 5 Psi Pressure to ard the u er of a teria o Dia eti Foot Ul er at Kita ura Cli i , Po tia ak

4: ‐ :

P 4 Ika Setya ati p: Relatio Bet ee Uri A id Le el a d Risk Fa tor i Patie t ith Hyperte sio ‐ : ‐ :

P Sri Tas i atu p: The Effe t of Etha oli E tra t of seeds of pu pki Cu ur ita os hata o Bo e ‐ Cal iu Le els i O arie to ized Rat

: ‐ 4:

Tue, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : Is ail Alif SiregarF Meeti g ‘oo : ‐ :

P Is ail Alif Siregar p: Redesig of “ all Vehi les i to a safer Pu li Tra sit Tra sport “upporti g Major ‐ Tra sport Li es

: ‐ :4

P 4 Nisri a Muthi Meidia i p: E li e Ur a Life Through Third Pla es With Ho e‐like E perie e ‐ :4 ‐ 4:

P Ipa k Sidi P p: 4‐Lo atio ‐ ased “er i e for Jakarta’s Bajaj Auto Ri ksha Orderi g “yste 4: ‐ 4:

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The7thIndonesiaJapan JointScientificSymposium

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4: ‐ :

Tue, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : M. Ha zah SoliF Meeti g ‘oo 4: ‐ 4:

P M. Ha zah SoliE ha e Produ tio of Ad e titious Root Bio ass of Tali u pa i ulatu p: ‐ Gaert . i Baloo Type Bu le Biorea tor Used y Bat h a d Co ti uous “yste 4: ‐ :

P The Effe t of “ol e t I Gree “y thesis “il er Na oparti les Usi g E tra t Of Arif Efe di Ga ir U aria ga ir Ro Leaf

: ‐ : P

Muha ad Eva N p: ‐ 4

Leaf Callus I du tio of Kelor Mori ga oleifera ith Additio of Various Co e tratio Napthale e A eti A id NAA a d Ki eti i Media M“ i itro : ‐ :

P Arif Mu a dar/‘a di Proska Sa dra p: The Utilizatio of CaO Na oparti le Fro Li esto e as A Cou ter easure Effort ‐ 4 of “O Gas E issio s I PT. “e e Pada g Usi g Corpre ipitatio Method

: ‐ :

Tue, Nov So ial Studies # F Multi edia eeti g roo Chair : Shi go Oda i : ‐ :

P Shi go Oda i p: ‐E ologi al A thropologi al A alysis of Nyale Foragi g a d the “asak Cale dar “yste i Lo ok

: ‐ 4:

P A Preli i ary “tudy o the E perie e of I do esia Certified Nazalia Kur ia De i p: ‐

Kaigofukushishi/Ca didate Who Work at Japa ese Nursi g Ho e i Japa : A Result fro Parti ipa t O ser atory

4: ‐ 4: P

AliSadikin(p:67‐85)

The Respo se Of Pu li I Pala gka Raya To Ba k Mua alat I do esia BMI Pala gka Raya Bra h

4: ‐ :

P Deli Nir ala Mai tai i g Ja a ese “o io ultural E pressio s for Preser i g the Ide tity Represe tatio of the Coastal “o iety i the North of Ja a Pa tura , I do esia : ‐ :

P Uha Julaeha p: ‐Fairy Tale Roles I Fa ily Co u i atio As Effort E ouragi g Early Childhood De elop e t: Literature “tudy

: ‐ :

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The7thIndonesiaJapan JointScientificSymposium

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Tue, Nov So ial Studies #4 Chair : YOSHIDA Masa iF Graduate Lou ge : ‐ :

P YOSHIDA Masa i p:Deploy e t of Digital Te t ooks i Japa ‐ : ‐ 4:

P Fat a ati Djafri p:A I uiry i to the Mea i g‐Maki g Pro ess of Japa ese Lear i g i Higher ‐ Edu atio al I stitutio i I do esia

4: ‐ 4:

P M. )ai al Arifi p:Co parati e “tudy O The Lear i g “tyles Visual, Auditory, A d Ki estheti ‐ 4 To ards Vo a ulary Mastery

4: ‐ :

P Toshio Irie p:Hidde Aspe ts of the Pri ate La guage Argu e t: What Will Wittge stei s ‐ Philosophy Bri g Us He eforth?

: ‐ :

P 4 Haki a d Ari Fithria a p:The “upport Of Pu li Works & Co‐ u ity Housi g De elop e t Mi istry O Po erty Eradi atio Through “pe ial Fisher a Ho e

: ‐ : P

Otsuka Moe p: ‐ 4

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The7thIndonesiaJapan JointScientificSymposium

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Oral

Session

Wednesday, November

: ‐ :

Wed, Nov Novel Disaster Mitigatio E gi eeri g To ard Future Chair : Hiroshi Asa u aF ‘e eptio Hall : ‐ :

P Hiroshi Asa u a p: ‐“ art disaster itigatio ased o o el stru tures/ aterials : ‐ :

P Na a g T. Puspito p: ‐“eis ologi al E ide e for Crustal Defor atio e eath the “u da‐Ba da Ar Tra sitio )o e

: ‐ :

P Djati Mardiat o p: ‐Ide tifi atio of Area Pro e to Multi Hazards usi g Re otely “e sed Data ‐ Case i Lo la d Area of Kulo Progo, Yogyakarta, I do esia

: ‐ :

P Toha Saleh p: ‐A alysis of “trea a d Reside tial Area Prote tio Case “tudy: Te agapura, Papua

: ‐ : P

Dyah ‘ah a ati Hiz aro p: ‐4

Vul era ility of Vol a i Ter ate Isla d To ards E osyste Based Disaster Risk Ma age e t

: ‐ :

Wed, Nov The 4th CE‘eS I ter atio al Sy posio Chair : No uo TAKEUCHIF Meeti g ‘oo 4 : ‐ :

P No uo TAKEUCHI p: ‐I estigatio of a High Resolutio Lidar Usi g Opti al Fre ue y Co : ‐ :

P Nofel Lagrosas p: ‐ 4Modeli g of s atteri g e ha e e t fa tor, f RH , i Chi a usi g isi ility a d grou d easure e ts

: ‐ :

P D. I hika a Geostatio ary HIMAWARI‐ a d Polar Or iti g “‐NPP VIIR“ “atellites for regio al e iro e tal o itori g of I do esia

: ‐ :

P 4 Ja rud A i uddi p: ‐O ser atio of Aerosol Opti al Properties y Mea s of Hi a ari‐ “atellite fro “pa e a d Lidar “yste fro “urfa e

: ‐ :

P Ba ag Pur a toro p: ‐Cloud Retrie al a d Cloud Type Dete tio fro Hi a ari‐ “atellite Data Based o the “plit Wi do Algorith

: ‐ : P

Gi aldi Ari N / Asif A aludi p: ‐

Hail Dete tio By A Lo Cost Lo al Weather Radar Operated For Disaster Early War i g “yste

: ‐ :

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Wed, Nov The Sy posiu o I ovative Mi ro ave ‘e ote Se si g Chair : Josaphat Tetuko SSF Meeti g ‘oo : ‐ :

P Josaphat Tetuko SS p: ‐De elop e t of “y theti Aperture Radar o oard Air raft a d Mi rosatellite for Glo al La d Defor atio O ser atio

: ‐ :

P CHUA Ming Yam p: ‐1 )Phase Coded “tepped Fre ue y Li ear Fre ue y Modulated Wa efor “y thesis Te h i ue for Ultra‐Wide a d “y theti Aperture Radar : ‐ :

P

A h ad Mu ir

DD“ Module‐ ased Fre ue y‐Modulated Co ti ous‐Wa e FMCW “ig al Ge eratio

: ‐ :

P Agus He dra Wahyudi p: ‐NETWORK BA“ED DATA ACQUI“ITION AND CONTROL “Y“TEM FOR CIRCULAR POLARI“ATION “AR CP‐“AR “EN“OR ON UAV

: ‐ :

P 4 Masaru Bu ya p: ‐CP‐“AR I age Pro essi g “yste ith Ki te ‐ FPGA Board

: ‐ :

Wed, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : I a Da ar DJATIF Meeti g ‘oo : ‐ :

P

I a Da ar DJATI p: 44‐

You g Teak Appli atio For Maki g Produ ts Case “tudy: You g Teak fro the Teak Pla tatio i West Ja a Area, I do esia

: ‐ :

P Hari Nugraha p: Hy rid Ba oo – Cera i Pro ess for Ta le are desig ‐ : ‐ :

P M Dzulfi ar ‘iz a da Putra p:Bagasse Ba oo Co rete Waste Utilizatio of Ca e a d Ba‐ oo Fi er For Co posi g Material Natural Fi rous Co rete

: ‐ :

P Ilha Kur ia aThe I flue e of the additio “ugar Ca e Bagasse Ash i o pressi e stre gth of Geopoly er Co rete

: ‐ :

P A e )ulfia p:Effe t of Tita iu Additio o Chara teristi of Al‐ / Al O Rei for ed Co posites Produ ed y “tir Casti g Pro ess

: ‐ :

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Wed, Nov So ial Studies # F Multi edia eeti g roo Chair : Chiyo Yo e ura : ‐ :

P Chiyo Yo e ura p: 4 ‐ 4The De elop e t of Orga i Far i g a d Fa ily Cha ge i Post ar Japa : ‐ :

P Akiko Fu hu p:Ho pare ts' thi ki g a d eha ior ork for their u‐ 4 arried daughters : ‐ :

P 4 Pradhik a Yu ik Nurhayati p:Japa ese soy sau e i dustry: a lega y of the e turies ‐ 4 : ‐ :

P Tri Widayati The Ways For ard to E osyste ‐ ased Far i g Ma age e t i Die g Mou tai , Ce tral Ja a‐I do esia: A Proposed Model

: ‐ :

P M Agu g Ady Ma gilep p:The I porta e of Paddy Ri e Produ tio for the Agri ultural Co‐ u ities i the Highla d of “outh “ula esi

: ‐ :

Wed, Nov So ial Studies # Chair : Shuhei Shioza aF Graduate Lou ge : ‐ :

P Fitri ati p:I trodu i g of Resear h a d De elop e t a d Ma ufa turi g ‐

Polyhydro yalka oates Fro Pal Oil I dustry to Lo al Co u ity i “outh “ula esi

: ‐ : P

‘a adha Fe ria syah p: ‐

INTEGRATION OF “LC “OCIETY LIVE“TOCK CENTER WITH PENTAHELIX “Y“TEM A“ AN INDONE“IAN “TRATEGY IN LIVE“TOCK DEVELOPMENT AND FARMER“ EMPOWERMENT TOWARD AEC A“EAN ECONOMIC COMMUNITY

: ‐ :

P 4 Agus I darjo A I trodu i g the Tripatriate Model of U i ersity‐Go er e t‐Co u ities i Ma agi g Kari u ja a a d Its Natio al Park: “afe for Future “ustai a le De elop e t

: ‐ :

P 4 Ju ko NANAHOSHI p:A Co sideratio of E pe tatio s i Nursi g Edu atio Regardi g Relatio ships ‐ ith Pa e ts ― Mai Fo us o Te t ook A alysis of High “ hool Nursi g Depart e ts ―

: ‐ :

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Wed, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : Eko T ‘ahardjoF ‘e eptio Hall : ‐ :

P Eko T ‘ahardjo Radiatio Perfor a e of X‐Ba d Array A te a I ple e ted Usi g U e ual (p:511-514) Po er Di ider Feedi g “yste

: ‐ :4

P Fitri Yuli )ulkifli p:Differe tial‐Fed Cir ular Pat h A te a ith High I peda e “urfa e “u strate ‐ :4 ‐ 4:

P Evizal A dul Kadir p: 4‐MIMO A te a “yste for Mi rosatellite Co u i atio s 4: ‐ 4:

P

M Fauza Edy Pur o o p: ‐4

Develop e t L‐Ba d A te a With Lo Po er For Cir ularly Polarized‐Sy theti Aperture ‘adar Cp‐Sar Appli atio O U a ed Aerial Vehi le UAV 4: ‐ 4:4

P 4 Cahya Edi Sa tosaCir ularly Polarized Mi rostrip A te a ith Eye‐slot for X‐ a d “y theti Aperture Radar Appli atio

: ‐ :

Wed, Nov Sy posiu # 4 th I do esia Japa Joi t S ie tifi Chair : Ke ji Kuriya aF Meeti g ‘oo 4 : ‐ :

P Ke ji Kuriya a p:4 4‐4Grou d‐ ased “pe tral Measure e ts of Chlorophyll Fluores e e fro Vegetatio Ca opies

: ‐ :4 P

Muha ad Ka al

The effe t of field spe tro eter easure e t dista e to the ide tifi atio of Rhizophora stylosa a gro e fro re ote se si g i agery

:4 ‐ 4:

P Pra aditya Wi akso oPreli i ary assess e t of “e ti el‐ A Multispe tral I age a d UAV for appi g a d alidatio of e thi ha itats o positio

4: ‐ 4:

P Deri k Christopher AM p:4 ‐4The Use of Hyperspe tral Data to A alyze Cli ate Cha ge A ordi g to Car o Sto ks a d Southeast Sula esi Biodiversity

4: ‐ 4:4

P Yuta izu i p:4 ‐4Polari etri a alysis of lo g ter paddy ri e o ser atio usi g grou d‐ ased “AR GB‐“AR syste

4:4 ‐ :

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Wed, Nov Sy posiu # th I do esia Japa Joi t S ie tifi Chair : Dodi Sudia aF Meeti g ‘oo : ‐ :

P Dodi Sudia a p:4 ‐44Defor atio A alysis of Merapi Vol a o Usi g DI “AR o ALO“/PAL“AR I age : ‐ :4

P Dodi Sudia a p:44 ‐4A alyzi g La d Use a d La d Co er usi g Co i ed La dsat a d ALO“‐ /PAL“AR‐ ’s Data‐Case “tudy: Ba du g Rege y

:4 ‐ 4:

P Hus ul Kausaria p:4 ‐4Geologi al Mappi g for the La d Defor atio Usi g “ all UAV, Di “AR A alysis a d Field O ser atio at The “iak Bridge I a d II, Peka aru City, I do esia 4: ‐ 4:

P 4 Arlia dy P. Ar ad p:4 ‐4Ti e “eries I “AR For I terpretati g 5 Years Cy le of Mt. Bro o Eruptio s i I do esia y Usi g PAL“AR a d PAL“AR‐ to Co tri ute Ci il E gi eeri g Work 4: ‐ 4:4

P Pakhrur ‘azi Velo ity a d Ti e “eries La d Defor atio Mo itori g i “lope Area usi g P“I “AR: Case “tudy i Kelok Bridge West “u atra

4:4 ‐ : P

‘i ha Bhattarai p4 ‐4

Risk Assess e t of La d “u side e i Kath a du Valley, Nepal

: ‐ : Wed, Nov

th I do esia Japa Joi t S ie tifi Sy posiu #

Chair : Puji Astuti F Meeti g ‘oo : ‐ :

P

Agil Ge ila g ‘a adha p4 ‐4

“tru ture Deli eatio Mappi g usi g Re ote “e si g Te h i ues i Geother al Prospe t Area Kepahia g, Be gkulu

: ‐ :4

P Puji Astuti p4 ‐4Opti alizatio of the Pla i g Area i Usi g I frastru ture De elop e t I pa t of the Petroleu a d Pal Oil I dustry i Mi as Distri t, Riau Pro i e

:4 ‐ 4:

P De a dra Bagus EPGeophysi al Modelli g Usi g Gra ity Data Of Meteorite I pa t Crater At Bukit (p:515-524) Bu uh, Le ggo g, Perak, Malaysia

4: ‐ 4:

P Ira Hera ati, Novia ‘ita p4 ‐Deter i i g E uatio of Oil ate Predi tio y “tatisti ally A alysis Fu tio i Ne Produ ti e )o e

4: ‐ 4:4

P Yu iarti Yuskara p“edi e Deposit of Floodplai For atio Resulti g Fro Lateral A retio ‐ “urfa es O Tropi al Area: “tudy Case At Ka par Ri er, I do esia 4:4 ‐ :

P

Catur Cahya i gsih

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Wed, Nov So ial Studies # F Multi edia eeti g roo Chair : Noriko Ashiya : ‐ :

P Noriko Ashiya p:A possi le a s er to Japa ’s deflatio ary pro le as re ealed y the use of a ‐ 4 odified Phillips ur e, a d a e pla atio of so e see i gly o tradi tory results

: ‐ 4:

P Tri E da gsih/Jea ie A issa p:Ar y “upport Progra Through “ art Ho e I Po erty Redu tio Fra e ork ‐ Based o “DGs

4: ‐ 4:

P 4 Nu uk E dah Sri ulya i p:Mo `s War a d the Mis o eptio a out Ryosai ke o a d Kyoiku‐Ma a : ‐ Case of Edu ated Middle‐Class Wo e i I do esia

4: ‐ :

P )hu Xu p: 4‐A Co parati e “tudy of E o o i Re italizatio Poli y i Coal Mi i g Areas Bet ee Chi a a d Japa ‐ Fro the “patial Perspe ti e

: ‐ :

Wed, Nov So ial Studies # Chair : Kousuke KaitaF Graduate Lou ge : ‐ :

P

Xi g Yu p: 4‐ 4

A alysis o the Resear h Tre ds of CALL i Chi a ‐Based o the Papers fro CNKI fro to

: ‐ 4:

P Kousuke Kaita p: 44‐Causati e a d adhortati e e pressio s i Medie al E glish 4: ‐ 4:

P 4 XIANG YANING p: 4‐A Basi “tudy of A ade i E glish Vo a ulary Lists 4: ‐ :

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The7thIndonesiaJapan JointScientificSymposium

(IJJSS2016)

POSTER

SESSION

Tuesday, November : ‐ :

No Presenter Title

P152 Tiger Jann‐Yenq Liu A Statistical Study Applying Receiver Operating

Characteristic Curve on Seismo‐ionospheric Precursors of the Total Electron Content Associated with Large Earthquakes in Japan

P104 Miftahus Sa’adah Knowledge sharing practices: a case study of the

center of language development at the state )slamic university Sunan Kalijaga Yogyakarta

P103 Siti Nur (idayah Entrepreneurship Education and its Challenges in

Non‐business Faculties of )slamic (igher Education

P102 Roma Ulinnuha Values Remittance and (ybrid Agencies on )ndonesian

Muslim Diaspora in Japan: A Structural‐Functionalism Perspective

P133 Kaihei Nakamura p: ‐ Study of module X‐band array antenna for Airborne

CP‐SAR application

P137 )diani Darmawati p:8‐ The Effects Of Adecuate Brisk Walking Exercise

Toward Amount Of Pyramid Cells )n The Cerebral Cortex Of Congenital (ypotyroid Pups

P117 Min‐Wook (eo p: ‐ )MPLEMENTAT)ON ON REDUCT)ON LUT MEMORY

S)ZE )N C()RP S)GNAL GENERAT)ON FOR SATELL)TE ON‐BOARD SAR

P045 Kageaki )noue p: ‐ The archaeological investigation of the central Jawa

applying the advanced remote sensing technology

P162 Akira Kato Forest Disaster Monitoring using Google Earth Engine,

UAV‐SfM, and Terrestrial Laser Scanner

P151 Masuto Ebina Relationships between topography and tree

inclination:

an approach using multiple time series of D point cloud data

P136 Takaaki Kobari b‐value change prior to the large earthquakes: Case

study for earthquakes around Japan and the Sumatra earthquake

P134 Mustafa Yagmur D Tomographic Analysis of )onospheric Anomalies

Preceding Large Earthquakes

P028 (iroki Ueno p: 8‐ Neutron Radiation To Soft Error (ardened Latches

P040 Susana p: ‐ The Effectiveness Of Addition Nelson Traction On

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Construction

and

Field

Testing

of

Broadband

Transceiver

Modules

Applied

for

ITS

Environmental

Surveillance

Elyas Palantei*a_{, Wardi}b_{, Merna Baharuddin}c_{, Dewiani}d_{, Nurfitri}e_{, Lidya K Y}f_{, MM.} Khairulg_{, Eva Julia}h

a,b,c,,d,e,f,g,h_{Telecommunication,}_Radio,_and_Microwave_Engineering_Laboratory

DepartmentofElectricalEngineering,FacultyofEngineering,UniversitasHasanuddin

Jl.PerintisKemerdekaanKm.10,Tamalanrea,Makassar90245,SouthSulawesi,Indonesia

Abstract

The high complexity of the road traffic management and the vehicles mobility management is the main concerned cases to study amongst the governmental regulator and the academicians living at the big cities all over the world including Makassar city. The R&D activity presented in the manuscript outlined several interesting solutions to address the crucial road traffic problems that may also increasing in the near future encountered in the capital city of South Sulawesi Province. The modern technique, smart and effective, to control and to monitor the road traffic situations as well as the continuous observation concerned the actual events such as the potential traffic jamming, the road accident, the crime acts and so on, are the main important things and very urgent to be applied in the city. Furthermore, to improve the safety and the comfort of )TS users the availability of the up‐dated info regarding the environmental conditions and the CO emission level are also very important to be monitored. The designed surveillance system to be deployed later in Makassar city intelligent transportation system consists of sensor array module and its corresponding broadband transmitter, the transmission medium i.e. the wireless link M(z and the optical cable , the broadband receiver and PC‐Desktop server. Several models of a broadband transceiver module intended to be installed along the road network infrastructure to continuously monitor the road situations and to regularly transmit the collected data to the main server was experimentally tested and assessed.

Keywords

Traffic management, Vehicle mobility management, )TS‐)ntelligent Transportation System, Sensor array and Environmental Surveillance

1. Introduction

A large variety of innovative models have existed globally regarding the transportation system operation and management to optimally utilise the available information and communication technology )CT well known as the intelligent transportation system )TS . Based on some R & D activities that have been studied during the last decade, for instance in [ ‐ ], the adoption of the transportation management system has increased significantly in order to maintain the better quality of the transportation network. For example, researchers from the University of Cambridge

*_{Corresponding author Tel.: + ‐8 ‐} ₈ _{, Fax: + ‐} _{‐ 8}

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UK has developed intelligent transportation system project that covers many aspects, including monitoring activities and data collection; as well as the transmission and analysis of vehicles traffic data on the highway. )n the study, there are a number of things investigated including efforts to improve the "intelligent‐ePilot services", identifying assets and collecting data of the highway environments; leading edge technology applications to build better road traffic environments and the design of multimodal biometric identification system for travel documents.

There are a number of important and crucial issues influencing the transportation system in the entire territory of )ndonesia. These are dominantly characterized by a variety of conditions including an increase use of vehicles on the highway which may have a significant impact on congestion to be getting worse; an increase of crime acts such as robberies, muggings, and rapes on the vehicle , the rate of road accidents is increasing, and the potential impact of environmental pollution existed due to the continued prevalence of the use of fuelled vehicles such as diesel and gasoline and it is the highest probability existed still in the society. Besides, the inappropriate model of urban areas governance applied may have the significant effect on the poor quality of the transportation management system. )t is therefore very urgent to optimally utilise of )CT technology to improve the real operation and management of the transportation system. )n practical, there are basically two types of data/information flow should be managed in )TS network. These include flow of data/information that goes toward the centre of highway traffic management and flow of data/information out of the highway traffic management centre. There are many resources needed to build an intelligent transportation management system such as to implement and to maintain the public services system in emergency conditions existed i.e. accidents or crime acts occur it is therefore required the reliable communication infrastructures i.e. mobile telephone media or fixed telephone connection along the road must be installed and are connected to the monitoring unit station; and many more others that can be researched and developed later on. Use of other )CT devices such as cameras to monitor the speed of vehicles or real events along the way is also very important in supporting the creation of the more reliable and powerful of highway traffic management system. Besides, various types of electronic sensors such as speed sensors, electronic sensors for monitoring ambient air quality, and various types of other electronic detectors can also be integrated into the intelligent highway traffic monitoring system prototype.

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(a)

(b) (c)

sharing and distribution of )TS data/information that is varied in terms of both the type and capacity can be performed in various applications platforms such as radio/TV broadcasting, internet media, mobile communication media, and many others.

2. BroadbandEnvironmentalSurveillanceNetwork

The designed environmental surveillance system to real‐timely monitoring various numbers of road traffic and its environment situation is illustrated in Figure . The constructed surveillance system consists of several electronic instrumentations including environmental sensors array module; switching stuff; transmitter unit; hybrid data transmission media i.e. optical fiber and wireless links ; receiver unit; the display monitoring, and recording unit.

Figure 1: A typical Broadband Environmental Surveillance Network exploiting the powerful combination of hybrid transmission media, i.e. optical fiber cable and wireless communication link.

Various numbers of )TS data such as actual traffic intensity along the highway, the quality of exhaust emissions from vehicles e.g. level of CO emissions , the speed of the vehicle, the potential for congestion on the highway captured through real‐ time CCTV network, and many more can be collected and transmitted quickly over existing optical fiber link network and received them with low of bit error rate at the central monitoring and processing station. A new strategy is offered here in the form of the application of artificial intelligence to the design of the traffic data processing systems as well as the recorded data of all the events can be monitored and the data stored on the monitoring unit center‐based web server that can be accessed on‐line and up‐to‐date. Results of the monitoring of large varieties of traffic highway parameter obtained through sensors and CCTV transducer such as density/traffic volume of vehicles on the highway; the vehicle speed; and air pollution are firstly processed on the motherboard to be later transmitted over hybrid telecommunications transmission networks, i.e. optical fiber

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link and wireless link. The constructed broadband transceiver system is relatively inexpensive, superior performance powerful and reliable. The parameters of the monitoring results will be received on a transceiver unit in the data processing centre and displayed on the display monitor as a component of the system output. This process is clearly illustrated on Figure a. . Figure b describes the fabricated prototype of the environmental sensor array module which is built‐up from various electronic sensors such as Sensor D(T , Sensor MQ , and camera VC . The current visual display of all the received environmental parameters was designed using visual basic software and it is configured in such away to allow the graphical visualizations of the environmental parameter to be obtained. To guarantee the accurate sensing and data collection of the CO sensor sensor MQ , the carbon monoxide meter of the Extech type was used for the data comparison during the system performance testing.

Figure 2: The antenna system reflection coefficients deployed at one end transceiver of Broadband Environmental Surveillance.

3. PerformanceTestingandEvaluation

)n order to evaluate the electrical properties of the constructed environmental surveillance system, several experimental investigations and testing were performed. These include the testing of designed antenna system, electronic instrumentation circuits, the data transmission quality through the hybrid transmission media i.e. optical fiber cable and wireless link and many others. Figure shows antenna system performance, both for the simulated model and the fabricated one. The antenna is a monopole wire antenna intended to apply in the frequency operation band lied from about M(z up to M(z. )t is clearly seen that the constructed antenna allow the wide bandwidth for the data transmission from the sensor array module and transmitter to the central monitoring unit. The available impedance bandwidth of approximately larger than M(z is possible to be achieved in the practical situation, even though the numerical computation shown a relatively big different performance in terms of the impedance bandwidth provided approximately M(z .

The experimental testing to evaluate the data transmission quality through the hybrid transmission media i.e. optical fiber cable and wireless link and to study the electrical properties of the constructed environmental surveillance system have been performed for several times. (owever, in this conference manuscript the results of the experiment to assess the quality of )TS environmental data transmission over the wireless link will be dominantly discussed and only little part presenting the whole a) (a b)

Measured Simulated

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testing transmission over the optical fiber cable. Table tabulates several testing results to characterize the performance of )TS data/information transmission via . M(z frequency band communication link. The experiment was set‐up in such a way to study of how the actual sensed data collected through the environmental sensors array module could be transmitted from various distances or different locations along the highway network.

Table ) Transmitting data using FM Creator . M(z transmitter on the situation no vehicles in the nearby location

Distance

(km) Time

TransmittedData ReceivedData

Receiver

Vout(V)

AirQuality

Category K

(%RH) T(

o_C) CO

(PPM) K

(%RH) T(

o_C) CO

(PPM)

: 8 8 . Good

: . Good

: 8 . Good

: 8 8 . Good

: 8 8 .8 Good

: 8 8 . Good

: 8 . Good

: 8 8 8 . 8 Good

: 8 8 . 8 Good

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Figure 3. GraphicalpropertiesofTransmitter96.4MHzpositionedinthedistance1kmwherenovehicles presentedaroundtheareaoftesting(a)Time02:00,(b)Time02:02,(c)Time02:04

Figure 4. GraphicalpropertiesofTransmitter96.4MHzpositionedinthedistance2kmwherenovehicles presentedaroundtheareaoftesting(a)Time02:35,(b)Time02:37,(c)Time02:39

Figure 5. GraphicalpropertiesofTransmitter96.4MHzpositionedinthedistance3kmwherenovehicles presentedaroundtheareaoftesting,(a)Time02:45,(b)Time02:47,(c)Time02:49

Distance Km

Transmitted data Received data

Distance Km

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Figure6. GraphicalpropertiesofTransmitter96.4MHzpositionedinthedistance4kmwherenovehicles presentedaroundtheareaoftesting(a)Time02:56,(b)Time02:58,(c)Time03:00

Figure 7 GraphicalpropertiesofTransmitter96.4MHzpositionedinthedistance5kmwherenovehicles presentedaroundtheareaoftesting,(a)Time03:08,(b)Time03:10,(c)Time03:12

The whole experimental testing results described above confirm the very good operation of the designed )TS surveillance system. There were no differences between the transmitted data and the received data for the distance measurement between the remote sensors array module and the main central processing and monitoring set‐up Km, Km, and Km, for the duration of minutes of transmission. Meanwhile in the distance of Km and Km, respectively, there were slightly differences results during the experiments especially on transmitting the temperature value 8 C and the receiving value C and on transmitting the temperature value C and the receiving value 8 C. The differences are highly possible caused by the existing air noise, circuit noise or perhaps due to the obstacle along the road.

Distance Km

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4. Conclusion

The current designed broadband environmental surveillance system was configured to allow for the transmission of various environmental parameters representing the actual conditions of a particular intelligent transportation system developed in Makassar city. A constructed environmental sensors array incorporated with a transmitter module was used to collect a number of parameters including the visual situation of )TS in form of picture streaming or short video file , humidity, temperature and CO level. The broad bandwidth could be provided during the transmission of those )TS data from the remote location are possibly performed using the hybrid transmission technique, i.e. wireless transmission and optical fiber transmission modes. The transmission tasks were executed sequentially and continuously using the two modes of transmission media in order the reliable transmission of various data from the remote station to the central station. Many more advanced investigations must be performed later including the testing through the optical fiber network and the development of mobile computing application to allow users for the easy real‐time access to the )TS surveillance network via a mobile phone or any other smart phones.

Acknowledgements

The authors would like to deliver our sincere thanks to any people who has the great life spirit to support and to help to implement any pieces of R&D planning program related to the development of environmental surveillance modules applicable for )TS )ntelligent Transportation System management. The authors would also like to extend our sincere thanks to the directorate general of higher education D)KT) , ministry of research, technology and higher education KEMENR)STEKD)KT) for the valuable financial support in terms of R&D grants from to to allow more advanced innovations and a number of new findings are obtained.

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FSO

Propagation

Noise

Suppression

by

Applying

Single

‐

Mode

Fiber

Optic

at

The

Receiving

Lens

Focal

Point

Purnomo Sidi Priambodo 1) and Ucuk Darusalam 2)

1) _{Department of Electrical Engineering, Universitas Indonesia, Depok, 16424, Indonesia}

2) _{Department of Informatics Engineering, Faculty of ICT, Universitas Nasional, Jakarta, 12520, Indonesia}

p.s.priambodo@ieee.org

Abstract

Free‐space optical communications FSOC is promising technology for the future point‐ to‐point terrestrial communication due to its capability to handle a larger bandwidth than microwave, compact, low powerusage and easy to be deployed. Even, FSOC is projected for deep‐space communication interplanetary. Even though FSOC has major advantages, however, the atmospheric absorption and turbulenceon the optical propagation cause turbulence‐induced noise and fading effects at the receiver, which finally degrading the signal to noise ratio SNR and increases bit error rate BER . )n order to suppress the noise and fading effects, several techniques have been proposed. The firstand familiar technique is by utilizing several decision and detection electronic circuit at the demodulationblock and combined by applying several space diversity receiving lenses. This technique has been developed and available commercially in the market. Another recent technique to suppress turbulence atmospheric noise and fading is by applying optical filter after the receiving lens in front of the receiving detector, instead of using electronic circuit. The optical filter used in this technique is in the form of a pinhole that has a function as a Fourier spatial low‐pass filter. The advantage of applying optical filter is able to be implemented in serial combination with the electronic filter technique. )n this paper, we propose to develop a new technique to suppress turbulence‐induced noise by applying a single‐ mode fiber optic SMFO instead of a pinhole at the receiver lens focal point to connect with the photodetector. The SMFO functions as Fourier optics low‐pass filter such as the pinhole in the previous technique. We show that the filter can improve BER performance significantly from ‐

down to ‐8_{, even in strong noisy medium propagation.}

Keywords

free‐space optical communications, optical turbulence, noise propagation, noise fading, optical filters, spatial Fourier transforms, single‐mode fiber optic, signal‐to‐noise ratio, bit‐error‐rate, noise suppression

1.

Introduction

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to building communication in the city and campus and its low power and compactness are several advantages of FSOC over FOs and microwaves.

Beside of thus advantageous points, however, FSOC technology has major drawbacks, which are the existence of static attenuation due to absorption and light scattering by the atmospheric propagation medium and temporal or dynamic fluctuation due to atmospheric turbulence. The static attenuation is relatively simple to be overcome by calculating link budget, the designer is able to estimate the transmitter power required for a certain distance to have a sufficient SNR at the receiver site. (owever, the temporal or dynamic intensity fluctuation due to atmospheric turbulence is more difficult to handle. The effect of this dynamic fluctuation signal at the receiver can be more damaging than thermal noise of the detector. Dynamic fluctuation can be in the form of phase and amplitude noise. Amplitude noise is easier to be solved electronically compared to phase noise. The atmospheric turbulence is caused by temporal and spatial temperature gradient in atmosphere. )t produces various distributions of pockets of non‐homogeneity optical medium as refraction zones. The turbulence creates various distributions of pockets of non‐homogeneity optical medium. These medium pockets act as multiple lens effects. Micro‐turbulences happen when the size of turbulences is only about a several wavelengths of the light, which cause optical scattering, attenuation and high frequency intensity fluctuation noise at the receiver, comparable to detector thermal noise. )n this micro‐turbulence case, the optical axis path is considered remains constant. When macro turbulence happens, it leads to deflect the optical axis from transmitter TX to receiver RX that causing beam wandering effect. The beam wandering causes slow intensity fluctuation at RX, which is called as turbulence‐induced fading. The overall effects limit propagation distance and bandwidth performance of FSOC.

Turbulence‐induced noise and fading at RX has been studied extensively by many researchers. Some techniques have been proposed to model Turbulence‐induced noise and fading. At least there are important statistical parameters related to turbulence‐induced noise and fading, i.e. d , the correlation length of random intensity fluctuation and _{, the correlation time of random} intensity fluctuation. Several detection techniques have been proposed based on those two statistical properties of turbulence‐induced noise and fading. The two are temporal or spatial‐ domain technique approaches. )n spatial‐domain technique, at RX side, it is proposed the spatial‐ aperture averaging method, which is in the form of spatial diversity method that is applying both multi TXs and multi RXs. This is called multi‐input multi‐output M)MO and combined with Q‐ary pulse‐position modulation QPPM [ ]. Several research groups have achieved in developing FSOC for middle distance up to ‐km with ‐Gbps bit rate. )n temporal domain technique approach, RX should be designed such that RX observation interval T >  _{, where turbulence‐} induced noise can be much reduced by temporal‐averaging method at the RX. )n the same way, for spatial domain technique approach, RX aperture diameter D > d , such that turbulence‐induced fading can be much reduced by spatial‐aperture averaging method at RX.

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2.

Noise

Suppression

Optimization of the Acid Catalyst Concentration for Synthesis of Anti‐Cancer Agent Gamavuton‐0 by Using Mathematical and Statistical Software

The th I do esia Japa

Indonesia

Chiba,20‐24November2016

Committees

Advisory Committee:

Organizing Committee

Indonesia

Chiba,20‐24November2016

Technical Program Committee

Indonesia

Chiba,20‐24November2016

Indonesia

Chiba,20‐24November2016

Contents

The7thIndonesia–JapanJointScientificSymposium The24thCEReSInternationalSymposium

The7thIndonesiaJapan JointScientificSymposium

Tuesday,November22

Wednesday,November23

Keynote

The7thIndonesiaJapan JointScientificSymposium

Session

The7thIndonesiaJapan JointScientificSymposium

The7thIndonesiaJapan JointScientificSymposium

The7thIndonesiaJapan JointScientificSymposium

The7thIndonesiaJapan JointScientificSymposium

The7thIndonesiaJapan JointScientificSymposium

AliSadikin(p:67‐85)

The7thIndonesiaJapan JointScientificSymposium

The7thIndonesiaJapan JointScientificSymposium

Session

The7thIndonesiaJapan JointScientificSymposium

The7thIndonesiaJapan JointScientificSymposium

INTEGRATION OF “LC “OCIETY LIVE“TOCK CENTER WITH PENTAHELIX “Y“TEM A“ AN INDONE“IAN “TRATEGY IN LIVE“TOCK DEVELOPMENT AND FARMER“ EMPOWERMENT TOWARD AEC A“EAN ECONOMIC COMMUNITY

The7thIndonesiaJapan JointScientificSymposium

The7thIndonesiaJapan JointScientificSymposium

The7thIndonesiaJapan JointScientificSymposium

The7thIndonesiaJapan JointScientificSymposium

POSTER

No Presenter Title

S)ZE )N C()RP S)GNAL GENERAT)ON FOR SATELL)TE ON‐BOARD SAR

Construction

Abstract

2. BroadbandEnvironmentalSurveillanceNetwork

Figure 2: The antenna system reflection coefficients deployed at one end transceiver of Broadband Environmental Surveillance.

Distance

Figure 5. GraphicalpropertiesofTransmitter96.4MHzpositionedinthedistance3kmwherenovehicles presentedaroundtheareaoftesting,(a)Time02:45,(b)Time02:47,(c)Time02:49

4. Conclusion

Propagation

Purnomo Sidi Priambodo 1) and Ucuk Darusalam 2)

Keywords

Introduction

Noise