GSCT 2015 - First International Workshop on Green and Secure Communications Technology (GSCT 2015)

With the recent advancement of low-power wireless communication and mobile computing, the wireless sensor networks, mobile terminals, RFID and so on has become an integral part of our daily lives. However, the resource-constrained features of such networks and devices in terms of memory, computation, energy, communication, mobility, and scalability hinder the deployment of them. It is a challenge task to provide the reliability and security for such resource-constrained enviorment. However, the practical adoption of such networks and devices may be greatly impeded if security and reliability issues are not adequately addressed. The requirement of new techologies is urged to solve many of these constraints. This workshop invites high-quality unpublished research articles to aim present the most recent achievements in the solutions about the reliability and security of the resource-constrained enviorment and envisions future directions.
List of Topics
Submissions of original research results on topics including, but not limited to, the following areas are encouraged.
Green communications from architecture, strategies, algorithms, protocols, scheduling
Energy harvesting, storage, and recycling
Wireless information and power synchronous transmission
New multi-address methods, such as NOMA, SCMA and SSMA, for green communications
New modulation technology, such as FBMC and FTN, for green communications
Green and security optimal joint information processing methods from the physical layer for wireless communications
Green and security cloud computing
Signal and data processing for resource limited communication system
Green distributed and parallel security computing
Lightweight source coding for reliability and security
Lightweight encoding and decoding methods for LDPC and Turbo codes
Lightweight authentication based on physical layer for wireless communications.
Security solutions for mobile terminals
Privacy and security for WSNs
Authentication and access control in internet of things
Lightweight attacks detection and prevention
Secure cloud of things