The Curve Of Cross Border Cartel Enforcement (Challenges and Remedies in Global Business Environment)

The purpose of this article stated that the global economic arena has taken new insights across the shore of nations.  THE new economic challenges are waiting for the anti-trust enforcers to make sure strict compliance with the antitrust laws and in addition this dissertational work highlights the incipient violations across the borders and suggests its possible legel outcoms in the near future in order to make the economic market a level playing field for any business entrants. It particularly shed light on the cross border cartels and their effects on the relevant market, additionally we have taken the global view of the legislative aspects along with their de jure appliances and improvements for the proper economic growth under the auspices of legal framework. The ramification of cross border cartel enforcement has surfaced astoundingly between 1998 to 2015, underlining the earnest and prompt action to strengthen and revisit the competition law enforcement tools and proficiency. The technological advancements and liberalization of trade has risen significant challenges which includes the enforcement of cross border cartels and mergers. The globalization of corporate activities and deregulation of business markets and numerous industrial sectors has endangered the theoretical foundation of domestic and international competition enforcement regime. The transnational anticompetitive practices like monopolization of markets, collusive price fixing, vertical restraints of trade and international cartels currently challenged the jurisdiction and policies of OECD, WTO, UNCTAD, and ICN. This frightening situation necessarily be regularized by establishing worldwide competition policy and globally admirable enforcement standard. The weaknesses of unilateral, bilateral, and multilateral compacts be re-examined in order to cope with the cross- border competition challenges efficaciously. The extraterritorial, jurisdictional, and investigative mechanisms could be enclosed with binding nature of legal structures to deter cross border antitrust violations for smooth economic growth. The EU and US actively pursuing to establish the unanimous international antitrust regime instead of discrepancies to integrate WTO and ICN being multilateral cooperation forum. Currently, US, CANADA, EU, JAPAN and CHINA across the globe become more engaged in international cartels evidence gathering and investigations. The developments in information sharing, private enforcement, follow on civil litigation, dawn raids, extraterritorial reach of enforcement watchdog is yet to be established

Domestic Violence against Women: Statistical Analysis and Legislative Solutions

Violence against women contains many facets and beating wives is one of the most prevalent in Pakistan. The issue has been justified on state and private social level based upon religious and social arguments. Women empowerment and equal protection before law is guaranteed on both constitutional and legislative levels but effective implementation of these laws to gain equal living standards to wives is still a far cry. This paper aims to study the issue at different levels. It will define the domain of issue by statistical analysis based upon data provided by United Nation Global Data Base on violence against women and will probe into factors hindering the enforcement of state aspirations to protect women from violence at family level

Domestic Violence against Women: Statistical Analysis and Legislative Solutions

Violence against women contains many facets and beating wives is one of the most prevalent in Pakistan. The issue has been justified on state and private social level based upon religious and social arguments. Women empowerment and equal protection before law is guaranteed on both constitutional and legislative levels but effective implementation of these laws to gain equal living standards to wives is still a far cry. This paper aims to study the issue at different levels. It will define the domain of issue by statistical analysis based upon data provided by United Nation Global Data Base on violence against women and will probe into factors hindering the enforcement of state aspirations to protect women from violence at family level

A Compact Beam-Scanning Leaky-Wave Antenna With Improved Performance

A compact microstrip leaky-wave antenna (MLWA) with reduced sidelobe level and increased linear frequency-scanning capability is proposed in this letter. Symmetric Yagi-like elements are introduced, which reduce the sidelobe level by radiating the remaining power at the physical end of MLWA, and make the radiation plane (xz plane) symmetric. Defected ground plane is used to optimize the working of Yagi-like elements. Measured results show that the sidelobe is suppressed about 16 dB at 4.8 GHz. To further reduce the sidelobe level, improve frequency-scanning capability, and increase the gain, the leaky section of the antenna is tapered, and two slots of equal dimensions are introduced. The frequency beam scanning is improved compared with the conventional MLWAs by achieving a total beam scan of 78° (from broadside [12°] to endfire [90°]). The measurements performed on the fabricated prototype exhibit good agreement with simulations

A Short Review on 4D Printing

Additive Manufacturing can be described as a process to build 3D objects by adding layer-upon-layer of material, the material traditionally being plastics, metals or ceramics, however ‘smart’ materials are now in use. Nowadays, the term “3D Printing” has become a much-used synonym for additive manufacturing. The use of computing, 3D solid modeling applications, layering materials and machine equipment is common to majority of additive manufacturing technologies. Advancing from this 3D printing technology, is an emerging trend for what is being termed “4D printing”. 4D printing places dependency on smart materials, the functionality of additive manufacturing machines and in ingenious design processes. Although many developments have been made, limitations are still very much in existence, particularly with regards to function and application. The objective of this short review is to discuss the developments, challenges and outlook for 4D printing technology. The review revealed that 4D printing technology has application potential but further research work will be vital for the future success of 4D printing

ETHNO-VETERINARY MEDICINAL USAGE OF FLORA OF GREATER CHOLISTAN DESERT (PAKISTAN)

A study on the ethno-veterinary usage of wild medicinal plants of Greater Cholistan desert of Pakistan was conducted from January, 2007 to December, 2008. Information regarding 35 plant species was collected. According to the results, Blepharis sindica was used as galactagogue. Butea monosperma, Calotropis procera and Phyllanthus nirurii were used as emollient, demulcent and antiphlogistic. Amaranthus trilocular, Capparis decidua, Clerodendron phlomoides, Phyllanthus nirurii and Ricinus communis were used as carminative and stomachic. Capparis decidua and Calotropis procera were used as appetizer. Prosopis glandulosa had anodyne properties, Achyranthes aspera had antilithic, while Pedalium murex, Tribulus terrestris and Barleria prionites had diuretic value. Achyranthes aspera, Argemone mexicana, Balanites aegyptiaca, Butea monosperma, Cassia senna, Citrullus colocynthis and Vitex negundo were used as vermifuge. Alhagi camelorum and Balanites aegyptiaca had aperient properties. Barleria prionites and Mollugo nudicaulis had their role in the ripening of an abscess. Ricinus communis and Salvadora oleoides aided in the removal of placenta and lochia. Anamitra cocculus and Argemone mexicana were used as febrifuge. Aerva javanica, Ailanthus excelsa, Amaranthus trilocular, Capparis decidua were used in diarrhoea and dysentery. Argemone mexicana and Ailanthus excelsa were used in ague

EFFECTS OF POST COVID INFLATION ON YOUTH’S EDUCATION.A CASE STUDY OF THE ISLAMIA UNIVERSITY OF BAHAWALPUR

This study focused on effect of post covid inflation on youth’s education. The main objective was to find out the effects of inflation on academic performance of students. In this research survey research design was applied. Target population of this study was the students of the Islamia University of Bahawalpur, Punjab, Pakistan. By using proportional allocation method and Rao soft calculator total 381 students out of 46000 were selected as sample of this study. By using convenient sampling technique data was collected from the students. Questionnaire was used as a tool of data collection was   Data was analyzed on SPSS software. Majority of students claimed that due to rise in academics fees it is difficult for every student to continue their education, but 26% students remained neutral on this statement. Further findings of this study show that students are unable to purchase desired clothes due to high rates of clothes and it effects their academic performance, but 19.4% students also remained neutral on this statement. The overall analysis of this study shows that inflation has no negative effect on academic performance of students

Parameter Optimization of Newly Developed Self-Propelled Variable Height Crop Sprayer Using Response Surface Methodology (RSM) Approach

The number of spray deposits plays an important role in effective and efficient spraying. The spraying equipment is one of the most significant factors that affect the number of spray deposits. Therefore, the study was focused on the parameter optimization of a newly developed self-propelled variable height crop sprayer. Response surface methodology (RSM) along with Box–Behnken design (BBD) was used to study the effect of the independent variables (forward speed, spray height, and spray pressure) on response variables such as droplet density, coverage per-centage, and Volume Median Diameter (VMD). The experiment was conducted in the cotton field. Additionally, the RSM model was validated in this research. The results revealed that the coefficient of determination (R2) values was good for all response variables in the quadratic polynomial model. The optimized parameters were 6.5 km/h, 60 cm, 4 bar for fungicide application, and 8 km/h, 70 cm, 3 bar for insecticide and herbicide application. The predicted response variable values at the optimal conditions were 60.4 droplet/cm2, 27%, 230 µm for fungicides and 37.8 droplet/cm2, 19.1%, 225.4 µm for insecticide and herbicides application. The model validation is confirmed by the mean of actual response variable values at the optimal condition for insecticide and herbicides application, which was 41.35 ± 3.67 droplet/cm2, 21.10 ± 1.72%, 227.43 ± 1.22 µm, and the prediction error was 8.46%, 9.2%, and 0.9% for droplet density, coverage percentage, and VMD, respectively. This study can provide support for further optimizing the parameters of the sprayer

Parameter Optimization of Newly Developed Self-Propelled Variable Height Crop Sprayer Using Response Surface Methodology (RSM) Approach

The number of spray deposits plays an important role in effective and efficient spraying. The spraying equipment is one of the most significant factors that affect the number of spray deposits. Therefore, the study was focused on the parameter optimization of a newly developed self-propelled variable height crop sprayer. Response surface methodology (RSM) along with Box–Behnken design (BBD) was used to study the effect of the independent variables (forward speed, spray height, and spray pressure) on response variables such as droplet density, coverage per-centage, and Volume Median Diameter (VMD). The experiment was conducted in the cotton field. Additionally, the RSM model was validated in this research. The results revealed that the coefficient of determination (R2) values was good for all response variables in the quadratic polynomial model. The optimized parameters were 6.5 km/h, 60 cm, 4 bar for fungicide application, and 8 km/h, 70 cm, 3 bar for insecticide and herbicide application. The predicted response variable values at the optimal conditions were 60.4 droplet/cm2, 27%, 230 µm for fungicides and 37.8 droplet/cm2, 19.1%, 225.4 µm for insecticide and herbicides application. The model validation is confirmed by the mean of actual response variable values at the optimal condition for insecticide and herbicides application, which was 41.35 ± 3.67 droplet/cm2, 21.10 ± 1.72%, 227.43 ± 1.22 µm, and the prediction error was 8.46%, 9.2%, and 0.9% for droplet density, coverage percentage, and VMD, respectively. This study can provide support for further optimizing the parameters of the sprayer