With increasing storage capacities, spare memory columns aimed at replacing defective regular columns remain generally available to repair malfunctioning storage cells. The existing repair methods are...
Wireless transmissions are highly susceptible to noise and interference. As a result, the error characteristics of a wireless link may vary widely depending on environmental factors such as location o...
Wireless transmission systems for high-quality digital audio signals require a low end-to-end delay and strong robustness against channel distortions. In this work we investigate a Bayesian approach t...
Wireless technology is experiencing spectacular developments, due to the emergence of interactive and digital multimedia applications as well as rapid advances in the highly integrated systems. For th...
Wireless systems often implement one or more types of diversity in order to achieve reliable communication. Different types of diversity techniques such as temporal, frequency, code, and spatial have ...
Wireless systems based on CDMA such as proposed in the 3GPP standard utilize pseudo random number sequences for generation of the spreading codes. These sequences are usually created by the use of fin...
Wireless sensor networks have been widely used for surveillance in harsh environments. In many such applications, the environmental data are continuously sensed, and data collection by a server is onl...
Wireless sensor networks have been widely used for surveillance in harsh environments. In many such applications, the environmental data are continuously sensed, and data collection by a server is onl...
Wireless sensor networks (WSNs) are rapidly being adopted in a wide range of applications, from continuous health monitoring to automated industrial infrastructures, and soon will have a major environ...
Wireless sensor networks (WSNs) are gaining popularity in different areas of applications like industrial monitoring, military applications, home automation, smart grid applications, body organ monito...
Wireless sensor networks (WSN) offer an increasingly attractive mode of data gathering in distributed system architectures and dynamic access via wireless connectivity. ECC provides coding gain, resul...
Wireless sensor networks (WSN) are event based systems that rely on the collective effort of densely deployed sensor nodes continuously observing a physical phenomenon. The spatio-temporal correlation...
Wireless networks are spreading very fast compared to wired-based networks because of its ease in installation, lower cost, reduced dependence on infrastructure and support for emerging mobile and sen...
Wireless networks are becoming an important supplementary technology to the traditional wired networks. They offer convenient and flexible network access for the users to communicate with each other. ...
Wireless networks are a growing technology due to its ability to receive data in areas where it is very hard to plug-in using wires. TCP Reno assumes in his congestion algorithms that the packet loss ...
Wireless networking evolves towards providing adaptive and pervasive connections among users, services, and resources. AB foreseen, ad-hoc networks will play an important role in this ubiquitous commu...
Wireless network links are characterized by rapidly time varying channel conditions and battery energy limitations at the wireless mobile user nodes. Therefore static link control techniques that make...
Wireless multimedia sensor networks (WMSNs) are networks of wirelessly interconnected devices that are able to retrieve multimedia content such as video and audio streams, still images, and scalar dat...
Wireless multimedia devices and services are beginning to emerge and will continue to increase in popularity as capabilities improve. The demand to improve quality and increase the capacity of such sy...
Wireless multicasting (also called common information broadcasting) is a technique where a common information message is transmitted to multiple users. This is typically accomplished by having the bas...