SIMULASI SISTEM CALL JARINGAN SELULER

Technological developments and the changing lifestyle of modern society, cause needs of nircable commuication being a vital point. Especially on the cellular phones that have great progress. Celluler phones that use GSM technology (Global System for Mobile Communications) technology and being the only one standard in Europe. GSM has network architectur that consist of MS, BSS, and NSS. Using Matlab software, which is one device that can visualize and also one of the developement tools to build applications in a Windows. Therefore, we built a calling simulation system on cellular phone that use GSM network. This simulation was expected to increase knowledge about the mobile phone network that have been developed very well. Keywords : GSM (Global System for Mobile Communikation), MS(Mobile Station), BSS (Base Station Subsystem), NSS (Network Subsystem), Matlab, cellular phon

A novel mechanism for anonymizing Global System for Mobile Communications calls using a resource-based Session Initiation Protocol community network

Considering the widespread adoption of smartphones in mobile communications and the well-established resource sharing use in the networking community, we present a novel mechanism to achieve anonymity in the Global System for Mobile Communications (GSM). We propose a Voice over Internet Protocol infrastructure using the Session Initiation Protocol (SIP) where a smartphone registers on a SIP registrar and can start GSM conversation through another smartphone acting as a GSM gateway, by using a SIP intermediate without an extra cost. The testbed that we developed for empirical evaluation revealed no significant quality of service degradation

Assessing the Nigerianness of SMS Text-Messages in English

In the history of the English language certain developments have left significant linguistic marks on the language. As new developments and cultural forms occur, new words and styles of expression evolve with them and spread. This is true of the new linguistic style that is associated with the Global System for Mobile Communications (GSM) revolution in Nigeria since 2001. GSM has brought with it a variety of English that is situationally distinctive and context sensitive (Awonusi, 2004:45)

The challenges facing road-side ‘m-Preneurs’ in leap-frogging the constraints of ICTs in DCs: A Nigerian case study

Studies have shown that the number of mobile telecommunications operators in Nigeria has been on the increase since the first Global System of Mobile Telecommunications (GSM) licence was granted to MTN (Mobile Telecommunications Network) in 2001. With the increase in mobile telecommunications operators also has come an unprecedented increase in subscriptions. According to the Nigerian Communications Commission (NCC) data, between 2001 and 2006 for instance, mobile telephone subscribers in Nigeria jumped from 266, 461 to 32.3 million indicating an increase of 12, 030.18 %

Analisis Success Full Call Ratio Network Telecommunication pada Global System For Mobile Communication (GSM) PT.Telkomsel RTPO Berau

This GSM network stands for Global System for Mobile Communications, which is a digital mobile communication technology, especially in mobile phones. Currently, almost all mobile telecommunicaions instrumentation uses cellular-based technology. Cellular-based mobile telecommunications systems offer advantages compared to wireless systems, namely mobility so that users can move anywhere as long as they are still within the operator's service coverage. The purpose of this study was to measure and analyze how the GSM (Global System For Mobile Communications) network performance of a BTS at PT.Telekomunikasi RTPO Berau during 2020 was based on the results of the analysis of CSSR, CDR, HOSR, TCHCR values. The results showed that the GSM network performance of a BTS at PT. Telecommunications RTPO Berau. The performance results in the first BTS with CSSR values = 99.31%, CDR = 0.30%, HOSR = 94.74%, TCHCR = 0.01%, and for the second BTS performance values CSSR = 98.66%, CDR = 0.35%, HOSR = 96.78%, TCHCR = 0%, and the third BTS with CSSR = 99.74%, CDR = 0.03%, HOSR = 98.01%, TCHCR = 0%. Based on the results of the analysis of the performance of the GSM network in the Berau area and compared with the standard parameters of the KPI (Key Performance Indicator) it can be concluded that the performance of the GSM network in the three BTS is good.Jaringan GSM ini merupakan singkatan dari Global System For Mobile Communication yang merupakan teknologi komunikasi bergerak yang bersifat digital khususnya di telepon genggam. Saat ini hampir semua instrumentasi telekomunikasi bergerak menggunakan teknologi yang berbasis seluler. Sistem telekomunikasi bergerak berbasis seluler menawarkan kelebihan dibandingkan dengan sistem wireless yaitu mobilitas sehingga pengguna dapat bergerak kemanapun selama masi dalam cakupan layanan operator, Tujuan penelitian ini adalah untuk mengukur dan menganalisis bagaimana kinerja jaringan GSM (Global System For Mobile Communications) suatu BTS pada PT.Telekomunikasi RTPO Berau selama tahun 2020 berdasarkan dari hasil analisis nilai CSSR, CDR, HOSR, TCHCR. Hasil penelitian menunjukkan kinerja jaringan GSM suatu BTS pada PT. Telekomunikasi RTPO Berau, pada BTS pertama dengan nilai CSSR = 99,31%, CDR = 0,30%, HOSR = 94,74%, TCHCR = 0,01%, dan untuk nilai kinerja BTS kedua CSSR = 98,66%, CDR = 0,35%, HOSR = 96,78%, TCHCR = 0%, dan BTS ketiga dengan nilai CSSR = 99,74%, CDR = 0,03%, HOSR = 98,01%, TCHCR = 0%. Berdasarkan dari hasil analisis kinerja jaringan GSM di daerah Berau dan di bandingkan dengan parameter standar KPI (Key Performance Indicator) dapat diambil kesimpulan bahwa kinerja jaringan GSM pada ketiga BTS adalah baik

An Electronic Voting System Using GSM Mobile Technology

Electronic voting systems have the potential to improve traditional voting procedures by providing added convenience and flexibility to the voter. Numerous electronic voting schemes have been proposed in the past, but most of them have failed to provide voter authentication in an efficient and transparent way. On the other hand, GSM (Global System for Mobile communications) is the most widely used mobile networking standard. There are more than one billion GSM users worldwide that represent a large user potential, not just for mobile telephony, but also for other mobile applications that exploit the mature GSM infrastructure. In this paper, an electronic voting scheme using GSM mobile technology is presented. By integrating an electronic voting scheme with the GSM infrastructure, we are able to exploit existing GSM authentication mechanisms and provide enhanced voter authentication and mobility while maintaining voter privacy

Sistemas de M2M utilizando GSM

Mestrado em Engenharia Electrónica e TelecomunicaçõesCom esta dissertação pretende-se estudar e projectar um sistema de controlo e comunicação M2M (Machine to Machine) que monitorize elementos móveis, por recurso a comunicações GSM (Global System for Mobile Communications). A solução proposta implica monitorizar e colectar informação telemática de um veículo, utilizando o canal GSM. O dispositivo utilizado consiste num módulo GSM/GPS, programado por linguagem Python, de forma a permitir obter informação específica via GPRS. O trabalho desenvolvido foi ainda integrado numa base de dados GIS em desenvolvimento no Instituto de Telecomunicações de Aveiro.This dissertation aims to study and design a system for control and communication M2M (Machine to Machine) for mobile elements monitorization, using the communications GSM (Global System for Mobile Communications). The proposed solution involves collecting information and monitoring a vehicle‟s telematic data, using the GSM channel. The device used consists of a module GSM/GPS, programmed in Pyhton language, to allow specific information via GPRS. This work was also integrated into a GIS database developed at the Institute of Telecommunications Aveiro

The detection and tracking of portable GSM handset using a 5-element circular array

Includes bibliographical references (leaves 130-131)Direction Finding (OF) is a process that involves estimating the directions of the arrival for propagating wavefronts impinging on an antenna array from arbitrary directions relative to that antenna array. By understanding how the signals captured relate to the geometry of the OF antenna, one can separate out these signals spatially, and provide their directions of arrival with some degree of certainty. GSM, the Global System for Mobile Communications is a mobile digital communications system which has rapidly gained acceptance on a global scale since the early 1990s. Because the communications standard is made use of throughout the world today, it would be desirable to investigate the feasibility of the detection and tracking of such signals as an extension for OF platforms that are used by monitoring authorities such as the police or service providers. This thesis presents and discusses the implications of detecting and tracking GSM mobile handsets. Because the thesis was commissioned by a company that already manufactures broadband surveillance equipment with a particular OF implementation, the thesis approaches the problem with their specific implementation in mind assessing its competency in detecting and tracking GSM mobile phones. To understand the nature of GSM, a simulator was developed to convey information about the structure of the datasets that would be recorded in the field, and is compared to datasets captured with the OF equipment. Conclusions are drawn from the recordings, and recommendations for future work in this field are discussed