The basic function of happiness and vivacity from Rumi's point of view

Happiness is one of the effective characteristics in human existence that the human soul and body have received many effects from this emotional aspect of human beings. Although psychologists' definitions of the causes and factors of happiness are different, but everyone agrees on one basis, and that is the essential need of the individual and society to strengthen the dimension of happiness and vitality in human beings, and that this feature can lead to prosperity and growth. Provide progress in the individual and society. This article confirms that the teachings of Jalaluddin Mohammad Rumi seek to provide a bed of happiness, with the difference that happiness is different from the view of Rumi as a religious mystic with the views of other greats. This research intends to study happiness and vitality on the basis of spiritual Masnavi. Access to Rumi's thoughts and ideas is important because his ideas can be considered as a great Muslim poet and mystic and a representative of Islamic mysticism and can be generalized to the thoughts of many of his followers. Our method in this paper is a library based on documentary study and content analysis. According to Rumi, sorrow is one of the means of conduct and the seeker can not be painless and sorrow, and sorrow that is not in the path of growth is unpleasant and sorrow that is in the direction of excellence is valuable and pleasant. Sadness and happiness cause human mental moderation. Wise sorrows should be welcomed and irrational joys should be avoided. Wise sorrows are the path to happiness, and as a result, the dynamism and mobility of the soul destroys many of the sorrows and daily joys and gives true clarity to the human soul

Compromised user credentials detection in a digital enterprise using behavioral analytics

© 2018 In today\u27s digital age, the digital transformation is necessary for almost every competitive enterprise in terms of having access to the best resources and ensuring customer satisfaction. However, due to such rewards, these enterprises are facing key concerns around the risk of next-generation data security or cybercrime which is continually increasing issue due to the digital transformation four essential pillars—cloud computing, big data analytics, social and mobile computing. Data transformation-driven enterprises should ready to handle this next-generation data security problem, in particular, the compromised user credential (CUC). When an intruder or cybercriminal develops trust relationships as a legitimate account holder and then gain privileged access to the system for misuse. Many state-of-the-art risk mitigation tools are being developed, such as encrypted and secure password policy, authentication, and authorization mechanism. However, the CUC has become more complex and increasingly critical to the digital transformation process of the enterprise\u27s database by a cybercriminal, we propose a novel technique that effectively detects CUC at the enterprise-level. The proposed technique is learning from the user\u27s behavior and builds a knowledge base system (KBS) which observe changes in the user\u27s operational behavior. For that reason, a series of experiments were carried out on the dataset that collected from a sensitive database. All empirical results are validated through well-known evaluation measures, such as (i) accuracy, (ii) sensitivity, (iii) specificity, (iv) prudence accuracy, (v) precision, (vi) f-measure, and (vii) error rate. The experiments show that the proposed approach obtained weighted accuracy up to 99% and overall error of about 1%. The results clearly demonstrate that the proposed model efficiently can detect CUC which may keep an organization safe from major damage in data through cyber-attacks

Timing of Decompressive Craniectomy for Ischemic Stroke and Traumatic Brain Injury: A Review

While studies have demonstrated that decompressive craniectomy after stroke or TBI improves mortality, there is much controversy regarding when decompressive craniectomy is optimally performed. The goal of this paper is to synthesize the data regarding timing of craniectomy for malignant stroke and traumatic brain injury (TBI) based on studied time windows and clinical correlates of herniation. In stroke patients, evidence supports that early decompression performed within 24 h or before clinical signs of herniation may improve overall mortality and functional outcomes. In adult TBI patients, published results demonstrate that early decompressive craniectomy within 24 h of injury may reduce mortality and improve functional outcomes when compared to late decompressive craniectomy. In contrast to the stroke data, preliminary TBI data have demonstrated that decompressive craniectomy after radiographic signs of herniation may still lead to improved functional outcomes compared to medical management. In pediatric TBI patients, there is also evidence for better functional outcomes when treated with decompressive craniectomy, regardless of timing. More high quality data are needed, particularly that which incorporates a broader set of metrics into decision-making surrounding cranial decompression. In particular, advanced neuromonitoring and imaging technologies may be useful adjuncts in determining the optimal time for decompression in appropriate patients

Work flow improvement at Kenny Leather (M) Sdn. Bhd.

Kenny Leather who was located at Merlimau Industrial Estate, Melaka driving force in the manufactures of leather. The company supply its product internationally and the product are well known globally due to their product’s quality and their commitment to give their best to the customer. Former world number one player of golf, Tiger Wood is among the user of hand glove that were made by this company. Kenny Leather has 200 workers and all of their workers are Malaysian. The managing director is Mr. Tadashi Fujisawa and main share partner is Kenny Co. Ltd. The company motto is ‘one for all and all for one’. Kenny Leather (M) Sdn Bhd is the factory processed all the material consists of leather. The nature of business is manufacturing leather gloves (for gloves), betting gloves, dress leather, cut leather and dyed sheep/goat skin leather. This factory is one of the biggest suppliers for leather material. In fact the former number one golfer in the world which is, Mr. Eldrick Tont Woods, known as Tiger Woods is using leather products made by the Kenny Leather. One company known as FootJoy which is the main company that sponsor Tiger Wood accessories for golfing is almost 80% was supplied by Kenny Leather

Analysis of Protein by Spectrophotometric and Computer Colour Based Intensity Method from Stem of Pea (Pisum sativum) at Different Stages

In this study proteins were analyzed from pea plants at three different growth stages of stem by spectrophotometric i.e Lowry and Bradford quantitative methods and computer colour intensity based method. Though Spectrophotometric methods are regarded as classical methods, we report an alternate computer based method which gave comparable results. Computer software was developed the for protein analysis which is easier, time and money saving method as compared to the classical methods

Analysis and enhancement of the denoising depth data using kinect through iterative technique

Since the release of Kinect by Microsoft, the, accuracy and stability of Kinect data-such as depth map, has been essential and important element of research and data analysis. In order to develop efficient means of analyzing and using the kinnect data, researchers require high quality of depth data during the preprocessing step, which is very crucial for accurate results. One of the most important concerns of researchers is to eliminate image noise and convert image and video to the best quality. In this paper, different types of the noise for Kinect are analyzed and a unique technique is used, to reduce the background noise based on distance between Kinect devise and the user. Whereas, for shadow removal, the iterative method is used to eliminate the shadow casted by the Kinect. A 3D depth image is obtained as a result with good quality and accuracy. Further, the results of this present study reveal that the image background is eliminated completely and the 3D image quality in depth map has been enhanced

Section 51(1) of law reform (marriage and divorce) act 1976: a legal study governing dissolution of marriage in Malaysia on the ground of conversion to Islam / Aina Khalida Ahmad Nuri …[et al.]

Malaysia is unique to its core. That is not only an expression Malaysians toss around just to be proud of. This uniqueness we are so proud of is embedded to the core of our constitution, in which unlike any other nation, Malaysia practices a dual justice system, making Malaysia neither a secular nor an Islamic state. To this fact, there exist separate laws, namely Syariah laws and civil laws governing different sector of the nations, coexisting harmoniously since its birth. However this deemed harmonious coexistence does have loopholes here and there that we aim to study. One such separation deemed to exist is in the matter of marriage and divorce. To this regard there exist different regulations governing both civil and Islamic matters. This separation of laws on the same matter is what the research paper is about. For the cause of this research paper, section 51 of the Law Reform (Marriage and Divorce) Act 1976 has been critically looked into and studied. The section highlights that, in the case of dissolution of marriage by reason of conversion into Islam of one spouse, the unconverted spouse shall have the right to petition for a divorce after the expiration of three months. The study of this matter is with the hopes that the section can be generally improved and by extension to shine a light for people about other modes of marital dispute resolution other than that encapsulate in section 51 of the Law Reform (Marriage and Divorce) Act 1976

Impact of antioxidant therapy on natural pregnancy outcomes and semen parameters in infertile men: A systematic review and meta-analysis of randomized controlled trials

Purpose: Seminal oxidative stress (OS) is a recognized factor potentially associated with male infertility, but the efficacy of antioxidant (AOX) therapy is controversial and there is no consensus on its utility. Primary outcomes of this study were to investigate the effect of AOX on spontaneous clinical pregnancy, live birth and miscarriage rates in male infertile patients. Secondary outcomes were conventional semen parameters, sperm DNA fragmentation (SDF) and seminal OS.Materials and Methods: Literature search was performed using Scopus, PubMed, Ovid, Embase, and Cochrane databases. Only randomized controlled trials (RCTs) were included and the meta-analysis was conducted according to PRISMA guidelines.Results: We assessed for eligibility 1,307 abstracts, and 45 RCTs were finally included, for a total of 4,332 infertile patients. We found a significantly higher pregnancy rate in patients treated with AOX compared to placebo-treated or untreated controls, without significant inter-study heterogeneity. No effects on live-birth or miscarriage rates were observed in four studies. A significantly higher sperm concentration, sperm progressive motility, sperm total motility, and normal sperm morphology was found in patients compared to controls. We found no effect on SDF in analysis of three eligible studies. Seminal levels of total antioxidant capacity were significantly higher, while seminal malondialdehyde acid was significantly lower in patients than controls. These results did not change after exclusion of studies performed following varicocele repair.Conclusions: The present analysis upgrades the level of evidence favoring a recommendation for using AOX in male infertility to improve the spontaneous pregnancy rate and the conventional sperm parameters. The failure to demonstrate an increase in live-birth rate, despite an increase in pregnancy rates, is due to the very few RCTs specifically assessing the impact of AOX on live-birth rate. Therefore, further RCTs assessing the impact of AOX on live-birth rate and miscarriage rate, and SDF will be helpful

A pilot phase Ib/II study of whole-lung low dose radiation therapy (LDRT) for the treatment of severe COVID-19 pneumonia: First experience from Africa

Background: Low dose radiation therapy (LDRT) has been used for non-malignant conditions since early 1900s based on the ability of single fractions between 50–150 cGy to inhibit cellular proliferation. Given scarcity of resources, poor access to vaccines and medical therapies within low and middle income countries, there is an urgent need to identify other cost-effective alternatives in management of COVID-19 pneumonia. We conducted a pilot phase Ib/II investigator-initiated clinical trial to assess the safety, feasibility, and toxicity of LDRT in patients with severe COVID-19 pneumonia at the Aga Khan University Hospital in Nairobi, Kenya. Additionally, we also assessed clinical benefit in terms of improvement in oxygenation at day 3 following LDRT and the ability to avoid mechanical ventilation at day 7 post LDRT. Methods: Patients with both polymerase chain reaction (PCR) and high-resolution computer tomogram (HRCT) confirmed severe COVID-19 pneumonia, not improving on conventional therapy including Dexamethasone and with increasing oxygen requirement were enrolled in the study. Patients on mechanical ventilation were excluded. Eligible patients received a single 100cGy fraction to the whole lung. In the absence of any dose limiting toxicity the study proposed to treat a total of 10 patients. The primary endpoints were to assess the safety/feasibility, and toxicity within the first 24 hours post LDRT. The secondary endpoints were to assess efficacy of LDRT at Day 3, 7, 14 and 28 post LDRT. Results: Ten patients were treated with LDRT. All (100%) of patients were able to complete LDRT without treatment related SAE within the first 24 hours post treatment. None of the patients treated with LDRT experienced any acute toxicity as defined by change in clinical and respiratory status at 24hr following LDRT. Majority (90%) of patients avoided mechanical ventilation within 7 days of LDRT. Four patients (40%) demonstrated at least 25% improvement in oxygen requirements within 3 days. Six patients (60%) were discharged and remained off oxygen, whereas four progressed and died (1 due to sepsis and 3 in cytokine storm). Median time to discharge (n = 6) was 16.5 days and median time to death (n = 4) was 11.0 days. Patients who ultimately died showed elevated inflammatory markers including Ferritin, CRP and D-dimers as compared to those who were discharged alive. Conclusion: LDRT was feasible, safe and shows promise in the management of severe COVID-19 pneumonia including in patients progressing on conventional systemic treatment. Additional phase II trials are warranted to identify patients most likely to benefit from LDRT