Device-to-Device (D2D) has been a potential technology to improve the sum-rate of cellular networks, especially in local communication. By reusing the resource of cellular user equipment (UE), D2D can enhance the spectrum efficiency, but at the cost of introducing extra co-channel interference. In this paper, we adopt a resource reusing mechanism in which multiple D2D pairs can share multiple r...

Real-time virtualization is an emerging technology for embedded systems integration and latency-sensitive cloud applications. Earlier real-time virtualization platforms require offline configuration of the scheduling parameters of virtual machines (VMs) based on their worst-case workloads, but this static approach results in pessimistic resource allocation when the workloads in the VMs change d...

The present work deals with the continuous flow systems based on renewable resource biosorbents towards green removal of various categories chemical pollutants from aqueous media. opening discussions are focused on: (a) resources; (b) (c) dynamic biosorption. After these, resources reviewed according to parameters breakthrough curves. Subsequently, targeted systematized and analyzed following c...

symmetric key cryptography, authentication, access control, integrity checking, Kerberos, global resource management, grid computing A global resource management system intends to aggregate all kinds of heterogeneous resources that are geographically distributed so that a uniform resource programming interface can be provided to applications. The emerging web service model with single SOAP-base...

in this paper, a novel mathematical model for a preemption multi-mode multi-objective resource-constrained project scheduling problem with distinct due dates and positive and negative cash flows is presented. although optimization of bi-objective problems with due dates is an essential feature of real projects, little effort has been made in studying the p-mmrcpsp while due dates are included i...