Abstract In this work we studied the Electromagnetic standards and the combatiability issues in the smart environment. To provide the required correct approximation on the measurement uncertainty, it is important to measure and to model the electromagnetic field distribution inside the chamber around the device under test and the test antenna. A one dimensional simplified model is presented for electromagnetic field... In this work we studied the Electromagnetic standards and the combatiability issues in the smart environment. To provide the required correct approximation on the measurement uncertainty, it is important to measure and to model the electromagnetic field distribution inside the chamber around the device under test and the test antenna. A one dimensional simplified model is presented for electromagnetic field distribution modelling with a straightforward possibility to extend to higher dimensions. Wavelets are ideal tools for modelling such environments, where the length scale of the obstacles vary, like the test chambers with different sizes of devices under test. Read More Read Less

Abstract Various parameters are applied while evaluating the data centers’ quality. This paper has used the parameter, the accessibility of the services to evaluate the quality of data centers. We are able to arrive at a set of parameters for quality judgement. Besides, we have prepared a generalized parameter which is the quantification of the quality and it is applied to... Various parameters are applied while evaluating the data centers’ quality. This paper has used the parameter, the accessibility of the services to evaluate the quality of data centers. We are able to arrive at a set of parameters for quality judgement. Besides, we have prepared a generalized parameter which is the quantification of the quality and it is applied to decide the benchmark between various parameters. Finally, we are able to find a perfect variant for arriving definite case. Read More Read Less

Abstract We in the current exercise, have introduced and used to compare several classic downlink resource allocation algorithms (RAAs) in indoor wireless environments, simulated by means of the Realistic Indoor Environment Generator (RIEG). We then made an analysis of the CF components’ values for some different downlink RAAs studied across different numbers of users.... We in the current exercise, have introduced and used to compare several classic downlink resource allocation algorithms (RAAs) in indoor wireless environments, simulated by means of the Realistic Indoor Environment Generator (RIEG). We then made an analysis of the CF components’ values for some different downlink RAAs studied across different numbers of users. Read More Read Less