scholarly journals Competition between Wireless Service Providers Sharing a Radio Resource

Author(s):  
Patrick Maillé ◽  
Bruno Tuffin ◽  
Jean-Marc Vigne
2002 ◽  
Vol 1 (4) ◽  
Author(s):  
Gordon A. Gow ◽  
Mark Ihnat

This paper reports on a recently concluded empirical study into the development of Wireless E9-1-1 (emergency service) in Canada that initially focussed on privacy concerns raised in the context of an emerging location based service (LBS) for mobile phone users. In light of existing regulatory arrangements this paper concludes that in Canada the emerging Wireless E9-1-1 system establishes a reasonable level of protection for the privacy rights of mobile phone users who choose to contact emergency services. However, an important and surprising issue was raised in the proceedings regarding the obligation of wireless service providers offering prepaid mobile phone service to obtain verifiable subscriber records from their customers. This paper provides details regarding the issue and contributes a number of points to an emerging debate concerning the right to anonymity for customers who elect to use prepaid or other services provided over commercial networks.


Author(s):  
Panayotis Mertikopoulos ◽  
Aris L. Moustakas ◽  
Nikos Dimitriou

Author(s):  
Arif Mubarok ◽  
Uke Kurniawan Usman ◽  
Galih Purnomo Fitrianto

 The number of activities in the room results in an increase inthe amount of traffic which means a large surge in cellular users. Aslarge data traffic increases, limited spectrum is available and highspectrum costs, wireless service providers respond by makingadjustments to LTE technology. With the presence of LTE-APsupported by an unlicensed spectrum, Telkomsel operators can enjoythe unlicensed spectrum to increase capacity and throughput.Cellular network planning uses 2 scenarios to get the best solution,Scenario 1 is planning the LTE Network with a bandwidth of 20 MHz inband 3 and using a 4x4 MIMO antenna. , scenario 2 planning the LTEAdvancedPro network uses the LAA method by combining theunlicensed 20 MHz spectrum in band 36 and a licensed 20 MHzsprectrum in band 3 and using a 2x2 MIMO antenna. analysis andsimulation using U-Net V500 software.The results of the LTE network planning simulation obtained theaverage value of RSRP 77 -77.71 dBm, SINR ≥  11.88 dB, Throughput≥  37.079 Mbps and User connected = 98.00%, while the LTE-APaverage value of RSRP ≥  -73.51 dBm, SINR ≥  17.02 dB , Throughput ≥ 49,739 Mbps and User connected = 100.00%. Based on the simulationresults, the LTE-AP network planning is very good to be implementedin the city of Bandung, the best solution choice to overcome thelimitations of Telkomsel spectrum with the network performance that isvery good in terms of coverage and capacity.


2009 ◽  
pp. 171-180
Author(s):  
Ofir Turel ◽  
Alexander Serenko

The diffusion of mobile services is one of important technological phenomena of the twenty-first century (Dholakia & Dholakia, 2003). According to the International Telecommunication Union,1 the number of mobile service users had exceeded 1.5 billion individual subscribers by early 2005. This represents around one-quarter of the world’s population. The introduction of .mobi, a new toplevel domain,2 is expected to further facilitate the usage of mobile services. Because of their high penetration rates, mobile services have received cross-disciplinary academic attention (e.g., Ruhi & Turel, 2005; Serenko & Bontis, 2004; Turel, Serenko & Bontis, 2007; Turel, 2006; Turel & Serenko, 2006; Turel & Yuan, 2006; Turel et al., 2006). While the body of knowledge on mobile services in general is growing (Krogstie, Lyytinen, Opdahl, Pernici, Siau, & Smolander, 2004), there seems to be a gap in our understanding of a basic, yet important service that mobile service providers offer, namely mobile portals (m-portals). M-portals are wireless Web pages that help wireless users in their interactions with mobile content and services (based on the definition by Clarke & Flaherty, 2003). These are a worthy topic for investigation since, in many cases, they represent the main gate to the mobile Internet and to wireless value-added services (Serenko & Bontis, 2004). Particularly, users of premium wireless services typically employ m-portals to discover and navigate to wireless content such as news briefs, stock quotes, mobile games, and so forth. Given this, m-portals have a strong value proposition (i.e., a unique value-added that an entity offers stakeholders through its operations) for both users and service providers. These value dimensions, which drive the implementation and the use of m-portals, are explored in the subsequent sections. Despite that a number of publications solely devoted to the topic of m-portals already exist, there are very few works that not only present the concept of mobile portals, but also portray their characteristics and discuss some of the issues associated with their deployment by service providers and employment by individual users. The value proposition of mobile portals was rarely explored in depth, and some motivational factors for developing and using mobile portals still remain unclear. To fill this gap, this article explores value proposition of mobile portals from both a wireless service provider and an individual user perspective. Based on this discussion, two conceptual frameworks are suggested. The rest of this article is structured as follows. First, the key value drivers of m-portals from a wireless service provider’s viewpoint are portrayed. Second, a framework that depicts the unique attributes of mobile portals and their impact on the value users derive from these services is offered. This framework is then utilized for discussing some of the challenges mobile portal developers and service providers currently face. These obstacles need to be overcome in order for service providers and users to realize the true value of mobile portals.


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