Islamic Work Ethics With Organizational Citizenship Behavior, Knowledge Sharing Behaviors and Organizational Commitment: A Study on AJK Colleges

Our research paper is about to know that how Islamic work ethic (IWE) on organizational citizenship behaviors (OCBs), Knowledge sharing behavior (KSBs) and organizational commitment between workers of colleges of Hajeera, district Rawalakot, Azad Jammu Kashmir. We take 210 workers of different colleges from Azad Jammu Kashmir for the purpose of this study. Result indicates that Islamic work Ethics (IWE) plays a strong impact on Organizational Citizenship behavior (OCB). In short one with having high Islamic work Ethics (IWE) possess more organizational citizenship behavior (OCB) as one who possess low Islamic work Ethics (IWE). Our results are indicating (IWE) has a direct relationship with Knowledge sharing behavior (KSB). One with high Islamic work Ethics (IWE) possess high Knowledge sharing behavior (KSB) as one with having low Islamic work Ethics (IWE) possess low Knowledge sharing behavior (KSB). In this paper we will show you theoretical & practical implications of our results.

Design of a Parallel Multi-Threaded Programming Model for Multi-Core Processors

With the arrival of Chip Multi-Processors (CMPs), every processor has now built-in parallel computational power and that can be fully utilized only if the program in execution is written accordingly. Also existing memory system and parallel developments tools do not provide adequate support for general purpose multi-core programming and unable to utilize all available cores efficiently. This research is an attempt to come up with some solutions for the challenges that multi- core processing is currently facing. This thesis contributes by proposing a novel multi-level cache system design "LogN+1 and LogN cache Models" for multi-core processors. This new proposed cache system is based on binary tree data structure and can be replaced with the existing 3-level cache system in order to minimize memory contention related problems. This thesis also contributes by developing a new multi-thread parallel programming model, "SPC3 PM” (Serial, Parallel and Concurrent Core to Core Programming Model), for multi-core processors. The SPC3 PM is a serial- like task-oriented parallel programming model which consists of a set of rules for algorithm decomposition and a library of primitives to exploit thread-level parallelism and concurrency on multi-core processors. The programming model works equally well for different classes of problems including basic, complex, regular and irregular problems. Furthermore, a parallel trace-driven multi- level cache simulator "MCSMC" (Multi-level Cache Simulator for Multi-Cores) is also developed during this PhD research. It is a new addition in the family of cache simulators using that one can simulate the present 3-level cache system or any customized multi-level cache system. Its parallel execution makes it more efficient and less time consuming and its large set of input parameters also provides a wide range of simulation scenarios.