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حاجی محمد اسمٰعیل جیون بخش

حاجی محمداسمعٰیل جیون بخش
افسوس ہے پچھلے دنوں دہلی کے مشہور صاحب خیر بزرگ حاجی محمداسمعٰیل صاحب جیون بخش نے عمر طبعی کو پہنچ کروفات پائی۔موصوف مشہور فرم جیون بخش کے سب سے بڑے حصّہ دار اور اس کے روح ورواں تھے۔ لیکن وہ جتنے متمول اور صاحبِ ثروت تھے اس سے کہیں زیادہ عابد وزاہد متقی اور پرہیز گار تھے۔ دینی اور خیراتی کاموں میں ہمیشہ پیش پیش رہتے تھے۔ نہایت خندہ جبیں اور صاحبِ باطن تھے۔ چہرہ پرنوربرستا تھا۔تونگری کے باوجود فقر ودرویشی ان کاشعار تھا۔ اب ایسے دین اوردنیا کے جامع کم ہی ہوں گے ۔حق تعالیٰ کروٹ کروٹ جنت نصیب کرے اور ابرار وصلحا کے ساتھ حشر فرمائے۔آمین ۔ [اپریل ۱۹۵۷ء]

Dilemmas of Crisis and Complex Choices in Kamila Shamsie's

The goal of this investigation is to discover how Kamila Shamsie's book "Home Fire" has been misinterpreted and used about the masculinity crisis for identity and existence. This study explains how the artificial masculinity imposed by society and culture on the male characters in the novel is forced onto them, only for self-satisfaction. The purpose of the study is to highlight the fact that different cultures, particularly the dominant diasporic culture, have distinct beliefs about masculinity and femininity in terms of identity and outright denial. The author supports this by pointing out how these masculinities also repress women. Erikson's work on identity, which is being examined under psychological views and the restraint of other creatures, has an impact on this study. By integrating self-categorization with presumptions about the nature of intergroup relationships, social categorization depersonalizes perception, cognition, effect, and behavior in terms of relevant in-group or outgroup prototypes and explains particular instances of group behavior. This project is done under qualitative data of research, however, in the conclusion; it is assessed how the Pakistani community is expressing its anxiety about masculinities

H Ardware S Oftware D Istributed Rtos a Rchitecture F or M Ultiprocessor B Ased R Eal T Ime H Igh D Ensity M Edia a Pplications

Designing RTOS for multiprocessor based system and partitioning the design into hardware and software is the paradigm for the high-end systems evolving to support computation-intensive applications. In this thesis, RTOS is presented that is amalgam of distributed software scheduler and dynamically scalable hardware switch capable of performing all kernel tasks in real time and at wire speed and consequently, minimizing software related scheduling overheads and optimizing resource utilization. Key components of the research output are software framework for mapping high density media applications on multiprocessor based system, its corresponding multilevel scheduler design and design of programmable hardware switch to optimize resource utilization and enhance system performance. In the developed multiprocessor based system, heterogeneous multiprocessors are arranged as Arrays of inter-connected pipelines giving rise to a modified pool-of-pipelines architecture or two dimensional tightly coupled matrix architecture, having scalable, distributed processing and memory capabilities through a plurality of processing elements. The hardware software distributed architecture improves the application optimization, mapped on this multiprocessor based system, by enhancing execution time and minimizing processor idle time, while reducing design complexity and interface problems. RTOS architecture exploits parallelism both in the system application environment and in the distributed computing occurring in the hardware. Based on the type of service, the processes are divided into sub tasks and distributed onto multiple Processors, which are programmed to operate on a set of data, in a certain sequence and in a particular time slot. - 7 -The sequence is maintained by the instruction format of hardware RTOS and the time slot is predicted by the configurations set by the user. Application pipelining framework is presented in the software part of RTOS to exploit parallelism in media application, based on the concept of components or task model, similar to instruction pipelining in the Processor. To meet the constraints and characteristics of the defined framework, two level scheduling policy is adapted. Fixed- Priority Preemptive scheduling algorithm is used at the First-level. For Second-level various scheduling algorithms have been evaluated and analyzed offline and implemented in the software. Heuristic based algorithm is recommended as Second-level algorithm for media application to maintain QoS. The hardware RTOS, called Switch, is implemented as a programmable processor with dedicated program cache. It performs all RTOS kernel tasks in real time and facilitates inter-processor exchange of data, communication or synchronization, deadlock avoidance and exchange of data with external shared memory, thus, enhancing performance and minimizing Processors idle time. The RTOS supports hardware scalability to cater for high to very high density applications and incorporates scalable scheduling and resource management
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