VLSI circuit partitioning for simulation and placement

Ankara : Department of Computer Engineering and Information Science and Institute of Engineering and Science, Bilkent Univ., 1993.Thesis (Master's) -- Bilkent University, 1993.Includes bibliographical references leaves 71-76Tahboub, RadwanM.S

Toward Lightweight Cryptography: A Survey

The main problem in Internet of Things (IoT) security is how to find lightweight cryptosystems that are suitable for devices with limited capabilities. In this paper, a comprehensive literature survey that discusses the most prominent encryption algorithms used in device security in general and IoT devices in specific has been conducted. Many studies related to this field have been discussed to identify the most technical requirements of lightweight encryption systems to be compatible with variances in IoT devices. Also, we explored the results of security and performance of the AES algorithm in an attempt to study the algorithm performance for keeping an acceptable security level which makes it more adaptable to IoT devices as a lightweight encryption system

Modeling and Simulation of Secure Automatic Energy Meter Reading and Management Systems using Mobile Agents

The current energy saving technologies rely on conventional data logging systems, where the current methods in retrieving the energy data is not convenient, and the cost of the data logging systems is high. The Automatic energy Meter Reading (AMR) technology is network-based applications used by electric/energy companies to increase performance and reliability of their energy meter reading and management systems. A mobile agent is a program (code and data) that can autonomously migrate from host to host in a network of heterogeneous computer systems and fulfill a task specified by its owner. Intelligent and secure Automatic Meter Reading and Management using Mobile Agents can be of great importance for municipalities and energy distribution companies so as to minimize the number of traditional visits required by the distribution company, hence decreasing the number of employees used in performing this traditional time consuming and high cost work. In this work we will start by surveying the current technologies and techniques used in handling remote meter reading and management. New modeling and simulation results for different configurations and techniques of automatic energy meter reading and management systems using mobile agents will be presented and compared to traditional client server techniques. Key words