Andere Kunden interessierten sich auch für
![LSPSO Channel Estimation in OFDM MC-Communication System Based on FPGA]( "LSPSO Channel Estimation in OFDM MC-Communication System Based on FPGA")
LSPSO Channel Estimation in OFDM MC-Communication System Based on FPGA36,99 €![Study on Soft Handoff Management Using MC-CDMA in Wireless ATM Networks]( "Study on Soft Handoff Management Using MC-CDMA in Wireless ATM Networks")
Study on Soft Handoff Management Using MC-CDMA in Wireless ATM Networks17,99 €![Developing an Enterprise Continuity Program]( "Developing an Enterprise Continuity Program")
Developing an Enterprise Continuity Program141,99 €![Interconnected Realm:Navigating the Landscape of Communication Network]( "Interconnected Realm:Navigating the Landscape of Communication Network")
Interconnected Realm:Navigating the Landscape of Communication Network29,99 €![Vulnerability Analysis on the Computer Network Security]( "Vulnerability Analysis on the Computer Network Security")
Vulnerability Analysis on the Computer Network Security32,99 €![Performance of the ABR policer in an ATM network]( "Performance of the ABR policer in an ATM network")
Performance of the ABR policer in an ATM network51,99 €![Mobile telecommunication systems changed the electronic communications]( "Mobile telecommunication systems changed the electronic communications")
Mobile telecommunication systems changed the electronic communications16,99 €
A conceptual framework for the continuity of real-time mission critical (RTMC) services such as tele-surgery, remote-control, tele-maintenance etc. has been ad-vanced. This framework is helpful in allocating network resources for the delivery of RTMC services. Proposed framework is based upon the concepts of quality of service (QoS) routing and fault-recovery schemes. It is capable of supporting an architectural framework for designing the protocols for delivery of mission-critical services.