Aerospace and Electronic Systems Magazine May 2018 - 73

Kumar and Prasad
evolution of SCIDAS and its future prospectus are well encapsulated in the CONASENSE domain. This article intends to find its
place in the CONASENSE thematic streams.

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CONCLUSIONS
Seeing the scopes of the CONASENSE society and the special issue on Integrated Navigation, Sensing, and Communications for
Solving Problems in Society, this article puts forward the discussions regarding the frequent rollouts that NSPs execute to upgrade
their networks for certain clandestine issues. We discussed how,
despite regular rollouts, the NSPs struggle for better service delivery to their users. Through this article, we revisited our previously
published findings that identify accumulations of people in groups
as one of the most significant challenges for the present and future
WCNs. We have shown that network parameters of coverage and
capacity are not static but are associated with the peoples' movements; the larger the group, the higher is the demand for coverage
and capacity at their location. The problem of random capacity
needs across a network is defined as Place Time Coverage and Capacity (PTC2). Lastly, we showed how an innovative architecture,
based on traditional DAS network, described as Self Configurable
Distributed Antenna System (SCIDAS), is capable of mitigating
PTC2. SCIDAS is proposed to have a two layered architecture,
DAS, and intelligence. The architecture has attributes to sense the
problematic areas, through a unique sub-architecture, defined as
Active Probing Architecture, and to manipulate the service dissemination across the network.

MAY - JUNE 2018

REFERENCES

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IEEE A&E SYSTEMS MAGAZINE

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Table of Contents for the Digital Edition of Aerospace and Electronic Systems Magazine May 2018