ATM has been successfully used in Wide Area Networks (WAN) and Local Area Networks (LAN). A possible next step in this evolution is to use ATM for memory interconnect. This paper discusses how ATM can fulfill the functional and performance requirements in a memory interconnect, and the implications this will have for external ATM communication. We conclude that ATM can be used as a memory inter...

The future development of air traffic management (ATM), set by the ATM 2000+ Strategy, involves a structural revision of ATM processes, a new ATM concept and a system approach for the ATM network. This requires ATM services to go through significant structural, operational and cultural changes that will contribute towards the ATM 2000+ Strategy. Moreover, from a technology viewpoint, future ATM...

The advances in processing and networking technology will make it feasible to develop parallel and distributed computing applications that run on a variety of networked computing resources. Using high-speed networks, these resources can work together to speed up both computations and I/Os, and can incorporate a large amount of memory. ATM network has the potential to achieve parallel and distri...

BACKGROUND After IR stress, DNA double-strand breaks (DSBs) occur and repair proteins (RPs) bind to them, generating DSB-RP complexes (DSBCs), which results in repaired DSBs (RDSBs). In recent experimental studies, it is suggested that the ATM proteins detect these DNA lesions depending on the autophosphorylation of ATM which exists as a dimer before phosphorylation. Interestingly, the ATM prot...

Location management is one of the most important aspects in the realization of mobility in wireless networks. Following developments of ATM (Asynchronous Transfer Mode) technology, more core networks are becoming ATM-based. Therefore research into location management schemes for wireless networks with ATM cores is attracting more attention. In recent years several location management schemes ha...

Supporting multiple traffic classes with different QoS (Quality of Service) constraints in third generation mobile systems is not a straightforward problem. This issue becomes critical at the access network interfaces, where transmission resources are usually expensive. One of the most important interfaces is the one that connects each base station with its controller, because there can be many...