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Month: September 2017

CPC 2017

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“Mau ikut IEEEXtreme tapi belum ada member IEEE?”

IEEE Student Branch Telkom University Proudly Present

“Campus Programing Competition 2017”

Yang pernah ikut CPC tahun lalu, gak asing dong ya sama CPC?? Yap! CPC adalah lomba ngoding dengan persaingan di ajang kampus sebagai sarana ‘pemanasan’ sebelum kompetisi IEEEXtreme berlangsung.

Tahun ini, hadiah CPC sangat menarik loh! Pemenang CPC tahun ini, berhak mendapatkan IEEE free member sebagai akses untuk mengikuti IEEEXtreme nanti. Member ini juga berlaku hingga Desember 2018!

Buat kamu yang tertarik dan berani buat mencoba, sung daftar aja yaa di link: http://bit.ly/CPC17

Yuk segera daftar! Ajang ini gratis lhoo. Daftar sebelum tanggal 29 September 2017 ya!!!

Contact Person:
– Obed (081210191623 / id line: rhesaobed)
– Qhansa (085880089627 / id line: qhansa)

#canyourcodesolvetheproblem

IEEEXtreme 11.0

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IEEE Student Branch Telkom University Proudly Present “IEEEXTREME 11.0”

Pada udah tau belum ada IEEEXtreme Programming Competition?? Pada berani gak nih, ngoding 24 jam?? Fasilitas, makan, dan sebagainya disediakan oleh kami, dan kalian tinggal kerjain soal-soalnya! Kalian juga mendapat kesempatan buat jadi juara dunia! Seru kann??

Yuk segera daftar, selambat-lambatnya 1 Oktober 2017 ya!!!

Registrasi : http://bit.ly/IEEEXtreme11

Contact Person:
– Obed (081210191623 / id line: rhesaobed)
– Qhansa (085880089627 / id line: qhansa)

#seizethecode
#IEEEXTREME

One Day with IEEE SPS Chapter

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IEEE SB TELKOM UNIVERSITY Proudly Presents:

ONE DAY WITH IEEE SPS CHAPTER

A national seminar about signal processing with 4 professional speakers from IEEE Signal Processing Society:
✅Donny Danudirdjo, S.T., M.T., Ph.D. and Rizki Putra P., S.T., M.T. on “Implementation of FMCW Radar System”
✅Dr. Antonius Darma S., S.Si., M.T. on “Radar System Design and Radar Signal Processing”
✅Dr. Hugeng, S.T., M.T. on “Implementation of 3D Interpolation of HRTF’s Model Using PCA in Syntethizing Spatial Sound”
✅Dr. -Ing Fiky Y. Suratman on “Signal Detection: Implementation for Spectrum Sensing in Cognitive Radio”

Save your date:
?08.00 a.m., 3rd October 2017
?Gedung Kuliah Umum(GKU 3), Multimedia Lt.2 Room.12 (KU3.02.12), Telkom university

Registration Link:
bit.ly/IniFormRegistrasi

Limited seat available. Grab your ticket now and get your National TAK (for Tel-U students), Certificate, Seminar Kit, Lunch, and Snack. The ticket price is only:
– 25k for IEEE Member
– 40k for Non-IEEE Member

And don’t forget to make your payment to:
BCA 7390809098
BNI 1711997000
Mandiri 1310013316973
on behalf of Michelle Christine
Confirm your payment to
LINE: @IEEETelkomUniv

For further information, contact us on Line: @ieeetelkomuniv

Low Density Generator Matrix (LDGM)-Based Raptor Codes for Single Carrier Internet of Things (SC-IoT)

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Authors

Name Institution
Fadilah Nur Hidayah Telkom University
Khoirul Anwar Telkom University

Abstract

In this paper, we consider channel coding scheme for single carrier Internet of Things (SC-IoT). We propose new Raptor codes for SC-IoT devices with new degree distributions suitable for single carrier transmission to provide long term battery life services. In the proposed Raptor codes, Low Density Generator Matrix (LDGM) codes are used as the precode, called LDGM-Raptor codes. The codes are optimally designed using extrinsic information transfer (EXIT) chart in order to meet the requirement of SC-IoT providing low bit-error rate (BER). We found that although LDGM-Raptor codes is simple, the performances of codes are good enough with turbo-cliff closes to the Shannon capacity limit of channels.

Published in: 2017 IEEE International Conference on Signal and System (ICSIGSYS)

Design of LDGM-based Raptor Codes for Broadband Internet of Things using EXIT Chart

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Authors

Name Institution
Ines Visyeri Yuliani Telkom University
Khoirul Anwar Telkom University

Abstract

Efficient channel coding techniques for wireless communications become important solutions to meet the 5G requirements, especially on the aspect of high reliability and low latency communications in the Internet of Things (IoT) era. This paper proposes new degree distributions of Raptor Codes for devices supporting IoT communications with Low Density Generator Matrix (LDGM) codes as the precode, called LDGMRaptor codes. The proposed LDGM-Raptor codes is applied for broadband IoT (BB-IoT) to support high data rate in IoT networks with high reliability while keeping low computational complexity. The degree distribution in LDGM-Raptor codes is designed by using Extrinsic Information Transfer (EXIT) charts in Binary Erasure Channel (BEC)-based equivalent Additive White Gaussian Noise (AWGN) and multipath fading channels. EXIT charts are also used to estimate Bit-Error Rate (BER) performances of the proposed codes. The results confirm that the performance with new degree distributions of LDGM-Raptor close to the Shannon limit, which is required to make BB-IoT reliable and efficient.

Published in: 2017 IEEE International Conference on Signal and System (ICSIGSYS)

On the Design of LDPC-based Raptor Codes for Single Carrier Internet of Things (SC-IoT)

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Authors

Name Institution
Nur Kamila Telkom University
Khoirul Anwar Telkom University

Abstract

In this paper, we propose new Raptor codes suitable for uplink Internet of Things using single carrier transmission technique (SC-IoT) with low density parity check (LDPC) codes as the precode, called LDPC-Raptor codes. The utilization of LDPC as the precode is to guarantee high capability of error correction for better Raptor codes performance while keeping the computational complexity low. Raptor Codes are preferable for SC-IoT because of their flexibility with both fixed/non-fixed rate (rateless) and simplicity in decoding. The LDPC-Raptor codes is designed (sub)-optimally using Extrinsic Information Transfer (EXIT) chart to meet requirements of SC-IoT. We evaluate the performance of the proposed LDPC-Raptor codes to achieve the Shannon capacity over Binary Erasure Channels (BEC)-based equivalent additive white Gaussian noise (AWGN) and frequency flat Rayleigh fading and show that LDPC-Raptor codes provide significant contributions than Luby Transform (LT) codes for SC-IoT.

Published in: 2017 IEEE International Conference on Signal and System (ICSIGSYS)