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بابے دی نیکی تے بندے غلط فہمی

بابے دی نیکی تے بندے غلط فہمی

کسے پنڈ وچ اک بزرگ رہندا سی۔ بہت اخلاق والا، نماز دا پابند تے دیانت دار، سارے لوک اوس بزرگ دی عزت کردے سن۔ لوک اوس کول بیٹھدے تے اوہ لوکاں نوں دین دا گلاں سنا کے اوہناں دی سدھے رستے اتے چلن دی راہنمائی کردا۔ اوس بزرگ کول اوہدے بزرگاں دا رسی دا اک ٹوٹا سی۔ جو اوس نوں بہت پیارا سی۔ ایہہ اوس دے والد نے اوہنوں دیندے ہوئے آکھیا کہ اوہدے والد نے اوہنوں دتا اے۔ ایہہ بہت برکت والا اے۔ توں ایس وچ لکڑیاں بنھ کے بازار ویچن لئی جایا کر۔ تیرے روزی وچ بہت برکت ہووے گی۔ بابا ہر ویلے اوس نوں اپنے کول رکھدا۔ جنگل وچوں لکڑیاں ودھ کے اوہ ایس رسّی وچ بنھدا تے شہر جا کے لکڑیاں ویچ آندا۔ اوس دیاں لکڑیاں چھیتی وِک جاندیاں تے گھر آ کے اوہ فیر لوکاں نوں وعظ نصیحت کرن لگ جاندا۔

اک دن اوس نوں نالے دے پنڈ چوں شادی دا سدا آیا۔ تے اوہ شادی والے گھر اپڑ گیا۔ بھیڑ وچ اک امیر آدمی دا پرس چوری ہو گیا جس وچ بہت سارے پیسے، کاغذات تے کجھ ہور چیزاں وی سن، سارے لوک اک دوجے اتے شک کرن لگ پئے۔ بزرگ نے شادی والیاں نوں پیسے دیون لئی جیب وچ ہتھ پایا تاں رسی دا اوہ ٹوٹا زمین تے ڈگ پیا۔ جدوں اوہ اوس نوں چک رہیا سی تاں اک بندے نے اوس نوں زمین اتوں کوئی چیز چکدے ویکھ لیا۔ اوس گھر دے مالک نوں دسیا کہ اوس بابے کول پرس اے۔ مالک نے بابے توں پچھن توں بغیر ای تھانے جا کے ساری گل تھانے دار نوں دس دتی۔

کجھ ای چر مگروں پولیس شادی والے گھر آ گئی۔ اوہناں بزرگ نوں پھڑ...

معاشرتی امن و امان میں پختون روایتی مصالحت اور تحکیم کا کردار: ایک تحقیقی مطالعہ

To maintain and enhance social peace and mutual interaction among people it is mandatory to resolve their mutual conflicts. The eradication of mutual conflicts and working for reconciliation is obligatory on the Muslims. Al-mighty Allah has declared reconciliation and resolution of conflicts among all the Muslims as legitimate action. There are numerous verses of the Holy Quran and Hadith of the Prophet where Muslims have been ordered for reconciliation aiming to promote brotherhood and peace in society. The main rationale behind this is to bring harmony and peace in the social order of life. What are the pre-requisites of reconciliation from Sharia’s perspective, in which conflict reconciliation is permissible and in which cases it is not allowed. This study emphasizes to answer the above mentioned question. Furthermore, efforts have been made to provide a sharia’s foundation for those who are involved in the process of reconciliation in the form of Taḥkīm. This will not only encourage them, but will help in the maintenance of peace in the society. Similarly, a comparison will also be made between the merits and demerits of Pakhtūn’s traditional reconciliation process, and important suggestions will be made to make the Pakhtūn’s traditional reconciliation process more productive and valuable.

Propofol Anesthesia Regulation of Hypnosis Using Nonlinear Control Techniques

Advance technologies and engineering applications have played a significant role in the design and improvement of clinical procedures during the last few decades. Control of drug infusion for patients health and safety is one of the most important step during surgeries. The main objective of safe anesthesia delivery is to achieve the optimum dosage during surgery and simultaneously taking into account the patient clinical parameters and drug requirements. Continuous administration of drug infusion during surgical procedures is essential but increases the undue load of an anesthetist in operating room working in a multi-tasking setup.Manual and target controlled infusion (TCI) systems are not good at handling disturbances or instabilities arising due to inter-patient variability. Patient safety, large inter-individual variability and less post-operative effects are the main factors to motivate automation in anesthesia. The idea of automated system for drug (Propofol) infusion excites the control engineers to come up with a more sophisticated and safe system that handles optimum delivery of drug during surgery and avoid post-operative effects. While most of the work done in anesthesia infusion systems are with linear control strategies, like PID (Proportional Integral derivative), IMC (Internal Model Control) and LMPC (Linear Model Predictive Control) or their improved variants but these linear control methods are not good at handling disturbances and uncertainties related to the system dynamics. These disturbances, which includes, heart rate variability, blood pressure changes and muscular movement, are the main issues causing complexities during surgical activities. The novelty and originality of this research work lies in employing nonlinear control techniques i.e., Sliding Mode Control (SMC) and Backstepping, to regulate the desired hypnosis level of patients undergoing surgery. These two methods, in our knowledge, are not yet applied on anesthesia infusion systems for hypnosis regulation. Both of these control strategies are capable of handling uncertainties and inter-patient variability arising due to the differences in patients clinical data. Simulation results from these methods are analyzed in detail for hypnosis level of the patients and for plasma-drug concentration as well. This effort is envisioned to unleash the true potentials of these nonlinear control techniques for anesthesia systems used today in biomedical field. Results obtained from these non-linear control methods, in terms ofhypnosis level of patients are better than linear control methods. A non-linear control strategy, Sliding Mode Control (SMC), possesses outstanding characteristics related to robustness, accuracy and implementation. Control of non-linear processes with different types of external disturbances and model uncertainties is one of the practical advantage of this method. This non-linear control method can be applied to a wide class of non-linear systems however, their application is limited to single input systems. For the sake of research and analysis, we expand this work to more advanced control technique i.e., backstepping, for hypnosis level tracking. It is a recursive design procedure used for designing stabilizing control for the class of nonlinear dynamical systems. The performance of the designed control laws are studied on the real dataset of(8 for SMC and 5 for backstepping) patients undergoing surgery with different clinical parameters. Despite large patient variability (which includes inter-patient and intra-patient variability), the controller regulates the desired hypnosis level of all patient within the acceptable range as specified by BIS (Bi-spectral Index Scale) without overdose for smooth conduction of surgery.
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