With some assumptions and limitations, various methods have been developed in literature mainly for loss allocation transmission network afterwards extended radial distribution are specifically network. But, these not suitable microgrids which integrated with conventional grid at sub-transmission levels depending on their geographical location. This paper presents a method based power flow resu...

Portfolio theory assumes that investors accept risk. This means thatin the equal rate of return on the two assets, the assets were chosenthat have a lower risk level. Modern portfolio theory is accepted byinvestors who believe that they are not cope with the market. Sothey keep many different types of securities in order to access theoptimum efficiency rate that is close to the rate of return o...

Unequal loss protection (ULP) for transmitting embedded bitstream over packet erasure networks has been extensively studied. However, most of the existing works focused on rate−distortion optimization of individual encoding unit, e.g., a group of pictures (GOP), which may lead to noticeable video quality variations due to varying channel conditions. In this paper, a novel sliding−window packeti...

This paper presents a practical scheme that can be used for allocating the transmission loss to generators and loads. In this scheme first the share of a generator or load on the current through a branch is determined using Z-bus modified matrix. Then the current components are decomposed and the branch loss allocation is obtained. A motivation of proposed scheme is to improve the results of Z-...

We investigate different allocation problem in mobile adhoc networks. The objective is to minimize the power consumption and end-to-end distortion when transmitting images. Therefore, we use progressive image coding in combination with unequal erasure protection. We investigate two different scenarios, independent packet loss events and path loss events. For both cases, the expected distortion ...

Resource allocation in complex real-time computer systems (RTCS’s) cannot be adequately handled by straightforward extensions of the CPU and peripheral device scheduling techniques used in non-RTCS’s. Rather, all the resources including CPU’s, peripheral devices, communication channels, etc. should be handled in an integrated manner. As an idealistic framework, we laid out a globally optimal re...