• Sink-to-sink coordination framework for enhancing network performance using routing protocol for low power and lossy networks (RPL) 

  Meer Muham1nad Khan, 01-244131-042 (Computer Science, 2015)

  Low power and lossy networks (LLNs) consist of devices having limited bat1ery power, less memory, reduced processing capability. Wireless links between the devices are characterized by low data rate, high loss rate and ...
• Performance Analysis of Security in GSM Networks 

  Naheed ljaz, 01-2441 31-049 (Computer Science, 2016)

  This thesis is about analysis of a passive GSM monitoring system for 2.SG, 3G and 4G networks, of different mobile operators, that intercepts Voice and SMS communication and protocol information. The system will analyze ...
• Circumventing Rank Attack on Routing Protocol for Low Power and Lossy Networks (RPL) 

  Abdul Rehman, 01-244122-001 (Computer Science, 2015)

  Low power and Lossy Networks (LLNs) are used for data acquisition in industrial control & monitoring, home automation, security & military survei llance, health care etc. LLNs are categorized as a type of wireless personal ...
• Receiver-Initiated Asynchronous Duty Cycle Multi-Channel MAC Protocol for Wireless Sensor Networks 

  Taimur Malik Elahi, 01-244122-022 (Computer Science, 2014)

  Primary objective of multichannel duty cycle MAC protocol is to conserve energy and use multiple channels to improve capacity. Many single channel synchronous and asynchronous duty cycle MAC protocols have been proposed ...
• Spectral Estimation Algorithm for Smart Antenna Systems 

  Taufique Ahmed, 01-244102-100 (Computer Science BU E8-IC, 2013)

  The rapid evolution of wireless communication offers enormous attractiveness in the field of smart antenna. Smart antenna systems can be used to enhance channel capacity, bandwidth, signal to noise ratio and MIMO performance. ...
• A Novel Mutual Authentication Protocol for H(e)NB and Mobile Devices Using S8 S-box 

  Talha Naqash (Computer Science BU E8-IC, 2013)

  In wireless communication, Femtocells are used to enhance the service coverage inside the office or home, particularly where access is narrow or engaged. Femtocells enhance the service quality that is attractive for the ...
• Performance Evaluation of IEEE802.15.4 (LR-WPAN) MAC Protocol in Beacon Enabled Mode 

  Shahzad Ahmad, 01-244102-097 (Computer Science BU E8-IC, 2012)

  The rapid growth of wireless technology brings a revolutionary change in the network market. Wireless technology facilitates users to set up a network quickly, but also allows them to set up a network where it is almost ...
• Hybrid Bacterial Foraging Genetic Algorithm Based Localization in Wireless Sensor Networks 

  Bushra Sattar, 01-244111-005 (Computer Science BU E8-IC, 2012)

  Monitoring real world phenomenon with the help of wireless sensors network is very popular. These networks comprises of a large number sensors working together to accomplish the dedicated task. As these networks are usually ...
• Secure Routing Mechanism for "Secret Conventional Meeting" Using OLSR 

  Mushtaq Ahmad (Computer Science BU E8-IC, 2012)

  Multi‐hop wireless ad hoc networks have attracted much attention in the field of research in modern times. In mobile ad hoc networks, nodes can be connected dynamically in a random fashion. Infrastructure of the network ...
• Layers Ordered Multiple Feedback Successive Interference Cancellation in MU-MIMO 

  Kashif Shabir, 01-244111-007 (Computer Science BU E8-IC, 2012)

  Multi Input Multi Output (MIMO) is a promising technique to achieve higher data rates. In MIMO multiple data streams can be transmitted simultaneously using same frequency. Spectral efficiency can be increased by using ...
• Energy Aware Simple Ant Routing Algorithm (EASARA) for Wireless Sensor Network 

  Rabia Iram, 01-244092-065 (Computer Science BU E8-IC, 2012)

  “There are only two ways to live your life. One is as though nothing is a miracle. The other is as though everything is a miracle” and so the technology advancement which proved to be a miracle of the miracles. Wireless ...
• Wireless Power Transmission via Magnetic Resonance Coupling With Enhanced Coil 

  Aamir Ali Rana, 01-244102-047 (Computer Science BU E8-IC, 2012)

  Wireless Power Transmission is research demanding area of the today's research arena that is technically named as witricity. witricity is basically wireless trasfer of electricity between transceivers. The main research ...
• Optimizing Performance of Delay Tolerant Network (DTN) Routing Protocols in Post Disaster Response Networks 

  Momina Khan, 01-244102-066 (Computer Science BU E8-IC, 2012)

  To achieve performance optimization in opportunistic Delay Tolerant Networks (DTNs), most flooding based routing algorithms like Epidemic and Probabilistic Routing Protocol using History of Encounters and Transitivity ...
• Analysis of Intra Cluster Routing Techniques in Wireless Sensor Networks 

  Hilal Jan, 01-244082-007 (Computer Science BU E8-IC, 2012)

  Wireless sensor networks (WSN) consists of large number of sensor nodes and one or many base stations, to supervise particular physical or environmental conditions, for example temperature, sound, vibration, pressure, or ...
• EECD - Energy Efficient Cluster Designing Algorithm for Improved Performance of Wireless Sensor Network 

  Wajid Ali, 01-244092-077 (Computer Science BU E8-IC, 2011)

  Our proposed mechanism of cluster designing is innovative in its idea. The general trend in this scene is either centralized decision at base station for Cluster Head Selection and its members or distributed decision by ...
• CREAT: Cluster Based Routing Using Energy Aware Technique for Wireless Sensor Network 

  Atif Sattar, 01-244092-035 (Computer Science BU E8-IC, 2011)

  Wireless sensor nodes have four major parts which are microcontroller, Memory, Antenna and a battery. Wireless sensor network (WSN) nodes are highly dependent on batteries in many computational applications. Due to its ...
• Optimizing Throughput Using Energy Efficient Data Aggregation Technique for Cluster Based Wireless Sensor Network 

  Sajjad Hussain Shah, 01-244092-067 (Computer Science BU E8-IC, 2011)

  Wireless Sensor Network (WSN) is group of autonomous nodes in a wireless pasture which sense data and sends to base station. Nodes are very small in size having restricted processing and transmission capabilities with very ...
• Ultra Low Power Small Size RF Transceiver Design for Wireless Sensor Networks 

  Muhammad Yasir Faheem, 01-244082-050 (Computer Science BU E8-IC, 2011)

  Wireless Sensor networks are typically used in monitoring the physical or environmental conditions such as motion, vibration, sound, and temperature etc. Typically each sensor node contains a transceiver and some other ...
• ASIC Design and implementation of Memory Efficient Infinite Impulse Response UWB Equalizer 

  Muhammad Kamran Bhatti, 01-244082-044 (Computer Science, 2011)

  Ultra-wideband (UWB) technology is highly emerging with many features inviting major enhancements in today’s wireless communications, Sensor networks, Wireless personal area networks radar and imaging systems. It can be ...
• A Proposed Architecture for Removing White Spots in WiMAX 

  Ahmed Qaddus, 01-244092-030 (Computer Science, 2011)

  In the recent years there is a tremendous increase in the demands of telecommunication which include both voice and data applications. This is true for mobile and Internet based services. WIMAX had played an important ...

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