Applied Research Solution Development Group (ARSD)

Applied Research Solution Development Group (ARSD) focuses on creating IP in the areas of Computation, Communication, Networking, and Information Processing Algorithms. The created IP is in the form of solutions, technical reports, published conference and journal papers, and patent specifications.

The research group offers two services:

• Collaborative research to undertake Co-authoring and co-publishing in computation and communication areas
• Collaborative solutions to undertake concept and algorithm research, and solution demonstration 

The main objectives of the group are:

(a) To carry out market led applied research leading to IP creation and development
(b) File patents, mostly in USPTO
(c) Help build showcase products based on research results 
(d) Present and publish papers in international conferences and refereed journals

ARSD has over hundred and eighty publications and over nineteen US patent specifications. In order to expand its reach of technology and expertise, the group collaborates with academic institutions and research laboratories, both within India and abroad (mostly in USA).  The group participates regularly in various technical conferences and seminars, and organizes invited lectures/seminars by experts from the various institutions.

ARSD’s Tech Infrastructure focus is in the research areas related to Core networking and network devices. ARSD has around eighty plus publications in infra space in the areas of analysis and processing techniques, architectures and enhanced and intelligent applications.

Network Solutions

ARSD’s research in core networking area, mainly address the issues related to QoS and network efficiency. Some of the topics addressed in this area are:

• Quality of Service in wireless and wired network
• Optimizing Multimedia Experience in a Thin Client Environment for a Resource Constrained Processor
• IEEE 802.16 based Radio Access Network with QoS
• QoS and Reliability in Smart Homes

• Wireless 3G and Beyond
• Design a CMFB based Cognitive UWB
• Mobile phone based RFID architecture for secure electronic Payments using RFID credit cards
• Designing IP-based heterogeneous Radio Access Network

• WLANs and Ad hoc networks
• Diversity Techniques for Interference Mitigation between IEEE 802.11 WLANs and Bluetooth
• Diversity Gain Using a Repeater in a Wireless Personal Area Network
• A Topology based Localization in Ad hoc Mobile Sensor Networks

• Personal Wireless Communications
• Hardware - software hybrid packet processing for intrusion detection systems
• Analysis and Simulation of Cache Architecture for IP Packet Classification

• Optical networks
• Constrained traffic regulation in variable-length packet networks
• Distributed traffic regulation and delay guarantees using a centralized controller in WDM passive optical networks
• Analysis of MOEM Torsional Mirror Characteristics for Optical Switching Applications (Long version)

Network Device Solutions

ARSD’s research in network device solutions, address the issues related to making network devices more personalized and user friendly. Some of the topics addressed are:

• Context-aware processing


• Semantic Aware RFID middleware for personalized web services to Retail chain Consumers
• Representation and Processing Of Information Related to Real World Events
• Context enabled Multi-CBR based Recommendation Engine for E-commerce

• Home networking
• Perfectly Periodic Scheduling for Fault Avoidance in IEEE 802.11e in the Context of Home Networks
• A Two-Tier QoS Framework and Policy Provisioning in IEEE 802.11E Based Home Networks

• Reconfigurable architectures
• A High-Performance and Energy-efficient Architecture for Floating-point based LU Decomposition on FPGAs
• Efficient Floating-point based Block LU Decomposition on FPGAs
• A Methodology for Parameterized Algorithm Design to Support Flexible FPGA Based System Design

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