In present days, electrical load demand is growing day by day and in order to meet the increasing electrical load demand, power generating plants are operating their plants at their maximum capacity. So there is always a risk of voltage collapse, which will cause the shutdown of entire power system and its block out, which will cause an inconvenience to the customers and great losses to the pow...

Many recent studies of computing systems have revealed the presence of chaotic, power-tailed (PT), heavy-tailed behavior. For instance, PT properties have been found present in UNIX CPU process lifetimes, disk le sizes, and network traÆc. The signi cance of this is that in many cases PT phenomena can cause serious performance degradations, especially its impact upon the maximum response time. T...

In this modern world, Information Technology gives impacts on society, countries, economy, and environment. This paper discusses the positive, negative, direct and indirect impacts of IT on environmental issues. A strategy for sustainable development in ICT and its future demand are also proposed. Apart from that, a research was also done to find a quantitative indicator to show the relationshi...

Abstract. The theoretical problems of demand-side management are examined in without regard to the type of resource whose demand is to be managed, and the Maximum Demand problem is identified and addressed in a system consisting of independent processes that consume the resource. It is shown that the Maximum Demand problem generalizes the Santa Fe Bar Problem of game theory, and the basic prope...

The subject of this paper is an environmental life cycle assessment (LCA) and life cycle cost analysis (LCCA) of processes needed to construct and maintain representative Swiss asphalt, concrete, and composite pavements (including subbase layers) applicable for the Swiss national road network over a period of 75 years. The environmental indicators analyzed are the global warming potential indic...