For real-time system -on-a-chip (SoC) network applications, high-speed and lowlatency network I/O is the key to achieve predictable execution and high performance. Existing network I/O approaches are either not directly suited to SoC applications, or too complicated and expensive. This paper introduces a novel approach, referred to as shared address space I/O , for real-time SoC network applica...

We introduce a simulator for a quantum internet with the specific goal to support software development. A quantum internet consists of local quantum processors, which are interconnected by quantum communication channels that enable the transmission of qubits between the different processors. While many simulators exist for local quantum processors, there is presently no simulator for a quantum ...

The drought continuity and also restricting watery sources caused agriculture section forgetold flooding methods for optimum water exploitation and proceeding new irrigation systems.New generation of irrigation systems called intelligent systems is a new solution leading toexploiting water increase to higher than 80%. In order to measure sensors and to controlprocessors in designing and dismoun...

We investigate the problem of maximizing the number of processors in a massively parallel computer when the degree of the internal nodes and the diameter of the network are physically constrained. The solution we propose for this problem is a fat-tree with processors at the leaves. The basic building block of this fat-tree is a two-level fat-tree. This two-level fat-tree is obtained >from compl...