Performance analysis of VoIP client with integrated encryption module

Wahab, Abdul; Bahaweres, Rizal Broer; Alaydrus, Mudrik; Muhaemin, M.; Sarno, Riyanarto

doi:10.1109/iccspa.2013.6487300

Cited by 7 publications

(5 citation statements)

References 3 publications

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“…Sasaran penelitian ini dilakukan yaitu untuk, mendapatkan metode yang tepat, untuk melakukan enkripsi agar paket video conference tidak terlihat (terenkripsi) dan kompatibel dan mengetahui secara statistic hasil performa video coding (codec) H.264 dan H.264-HP jika terenkripsi. [1].…”

Section: Pendahuluanunclassified

Analisis Performansi Video Conference Menggunakan Codec H264 Baseline dan H264-High Profile dengan Enkripsi Terintegrasi

Fazrie¹

2017

InComTech

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AbstrakJumlah penggunaan video conference di dunia semakin berkembang, dengan tingginya penggunaan video conference semakin tinggi pula aspek-aspek yang diperhatikan, diantaranya aspek kenyamanan dan keamanan. Berbicara tentang aspek kenyamanan pada video conference tidak lepas dari kompresi yang digunakan, baik kompresi audio dan video. Dewasa ini teknologi kompersi untuk video sudah sampai pada codec H.264 dan H.264-High Profile, dengan menggunakan teknologi H.264-High Profile dapat mengkonsumsi bandwidth setengah dari H.264 (tanpa enkripsi). Berbicara aspek keamanan tidak lepas dari enkripsi lalu lintas data termasuk audio dan video yang dapat di enkripsi. Untuk itulah agar dapat mendekati aspek keamanan dan kenyamanan yang seimbang perlu di analisa dan di teliti mengenai performa H.264 dan H.264-High Profile yang telah di enkripsi. Untuk meneliti tingkat aspek performa dan keamanan video conference perlu adanya teknik dan metode yang di gunakan. Dengan memanfaatkan parameter jitter , packet loss , dan PSNR kita dapat menarik kesimpulan baik atau tidaknya performa video conference. Namun untuk aspek keamanan, percakapan dua arah atau lebih harus dipastikan agar tidak dapat dilihat dan kompatibel dengan perangkat video conference yang ada. Dengan memanfaatkan teknik enkripsi pada layer 2 atau 3 hal ini memungkinkan dapat dilakukan. Kata Kunci : Enkripsi, H.264, H264-HP, Video conference AbstractThe number of video conferencing use in the world is growing, with the high use of video conferencing, the higher aspect of attention, including the comfort and security aspects. Talking about the comfort aspects of video conferencing can not be separated from the compression used, both audio and video compression. Today the computing technology for video has reached the H.264 and H.264-High Profile codecs, using H.264-High Profile technology can consume half the bandwidth of H.264 (without encryption). Talking about the security aspects can not be separated from data traffic encryption including encrypted audio and video. For that reason to be able to approach the security and comfort aspects of a balanced need to be analyzed and in-depth about the

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Section: Pendahuluanunclassified

Analisis Performansi Video Conference Menggunakan Codec H264 Baseline dan H264-High Profile dengan Enkripsi Terintegrasi

Fazrie¹

2017

InComTech

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“…According to the ITU, VoIP takes place based routing network in general, while VoIP is a subset of IP Telephony, it is for communication between device entirely or partially over the Internet. On its development, the telecommunication industries use the metro ethernet [3] [4].…”

Section: Introductionmentioning

confidence: 99%

Performance of VoIP Using Routing Open Shortest Path First with Multi-Protocol Label Switching

Sunandar

Wahab

Alaydrus

2021

International Journal of Advanced Technology in Mechanical, Mec

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Voice over internet protocol is a communication technology in the world of computer network that can be used for sending voice or video and data transmission over Internet Protocol in real time. VoIP network can be implemented with Asterisk applications as a server to a Private Automatic Branch eXchange applied in a Graphical Network Simulator 3. In this study, VoIP communication using routing OSPF within MPLS will be calculated, the QoS value collected based on impact performance under normal condition and not normal condition (link failure) different varian bandwidth in the network. The results from the simulation show that in normal condition and not normal condition there is average delay value with routing OSPF 4 ms and routing OSPF with MPLS 5 ms, the value of jitter max which same of 6 ms using varian bandwidth from 256 kbps and 512 kbps. All of the QoS parameters, such as delay, jitter and packet loss will be compare to standard ITU-T G.114. This research can be extended with addition of another measurement or another protocol.

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“…In general, VoIP security issues are very similar to other cyber security issues, like call hijacking, ID spoofing, Denial of Service, as well as phishing and malware threats (see, e.g., [2]). To address these risks, security mechanisms such as encryption, entity authentication and deep packet inspection are widely used (see, e.g., [3][4][5]), whilst building a network with VoIP traffic in a Virtual Private Network has been also considered [6]. Several attacks on VoIP technologies have been mounted, based on the absence of security protocols, or weaknesses of the protocols, or of their implementations (see, e.g., [7][8][9][10][11][12][13][14][15]).…”

Section: Introductionmentioning

confidence: 99%

On the Cryptographic Features of a VoIP Service

2018

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Security issues of typical Voice over Internet Protocol (VoIP) applications are studied in this paper; in particular, the open source Linphone application is being used as a case study. An experimental analysis indicates that protecting signalling data with the TLS protocol, which unfortunately is not always the default option, is needed to alleviate several security concerns. Moreover, towards improving security, it is shown that a VoIP application may operate over a virtual private network without significantly degrading the overall performance. The conclusions of this study provide useful insights to the usage of any VoIP application.

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Performance analysis of VoIP client with integrated encryption module

Cited by 7 publications

References 3 publications

Analisis Performansi Video Conference Menggunakan Codec H264 Baseline dan H264-High Profile dengan Enkripsi Terintegrasi

Analisis Performansi Video Conference Menggunakan Codec H264 Baseline dan H264-High Profile dengan Enkripsi Terintegrasi

Performance of VoIP Using Routing Open Shortest Path First with Multi-Protocol Label Switching

On the Cryptographic Features of a VoIP Service

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