The Monthly Wrap

If you have ever considered using a laptop or smartphone without plugging it into an electrical outlet? How about viewing TV without hooking up the power cord? So, it's not impossible. The principle of wireless electricity makes this possible. Power can be transferred from one piece of electronic equipment to another via wireless electricity [1], with air as the medium of transmission as shown in figure 1. Nikola Tesla was the first person to attempt to transmit power wirelessly [2].    Figure 1: Architecture of Implementation of wireless electricity at home Huge advances in technology and social progress can be attributed to Nikola Tesla. He developed an alternating current, which simplified the generation and transmission of electricity [3]. He developed the laser, which is now employed in various fields, including science, defense, medicine, industry, and business. In addition to the electric motor, the radio, the x-ray, and the remote control, he invented a plethora of other te

  The global number of collaborative research has tripled, and this upward trend is projected to continue as scientist’s band together to address the proliferation of world problems. This Improvement is calculated from near about last one and half decades. From this time researchers and scientists are now in comfortable mode for collaborating from outside the own regions so that research and innovation reached at certain heights.   Although countries like China and Japan are becoming more globally engaged, Brexit poses a significant threat to international cooperation involving UK scientists, especially in Ireland.   Research partnership patterns across borders tell us as much about established and emerging powers around the world. These type of partnerships give the chance to researchers and scientists to exchange their view about the technical projects.   Looking at publishing data dating back to 1991, this study finds that whereas international co-authored publications

  COLLABORATIVE RESEARCH IS THE FUTURE OF NEXT PHASE                                                OF RESEARCH Dr. Manish Bhardwaj Department of Computer Science and Engineering, KIET Group of Institutions, Delhi-NCR, Ghaziabad   When used in the context of scholarly study, the word "collaboration" is generally understood to mean a cooperative effort between two or more researchers from different universities who find each other's work to be interesting and useful. When conducting collaborative research, it is common practice to bring together several individuals from different fields. Researchers from various institutions (government, academia, non-profits, and industry) work together to define the problem, with the end goal of informing management or policy decisions. Collaborative research is defined by its focus on a clearly articulated policy or managerial need. Together, practitioners and scientists work to influence the project's scope and design, an

Need of International collaboration in Academics Research   Abstract Teamwork has taken on new and varied forms in modern science. Collaboration across corporate and cultural borders expands the range of possibilities for discovery. When researchers from different countries work together, they often come up with findings that they couldn't come up with on their own. As a result, researchers are increasingly collaborating, despite the fact that such initiatives are difficult to manage and carry out, which is why they are motivated to preserve existing contacts and expand their scientific network. The viewpoints of scientific team members are vital for better understanding the dynamics of long-term collaboration networks, although they are rarely examined in depth and longitudinally. An autoethnography method was used in a sociology of science project retrospective case study to analyze the positives and negative aspects of cooperation. Some of the biggest roadblocks encountere

Future is Connected with IoT technologies The number of connected IoT devices is expected to hit 75 billion by 2025, which means that for every people on the planet, there will be around nine connected gadgets. The rate at which Internet of Things (IoT) technology is permeating our daily lives is as astonishing as the capacity it possesses to alter the way we do things. What is it, exactly? There are a number of advantages to this technique, including the fact that it can save customers time and money by allowing them to remotely monitor and control various physical assets over the internet (or the cloud). There are a number of industries that, if they haven't already, will be altered by this revolutionary technology. Figure 1 shows the Industry IoT use cases for workforce distribution and automation in such industries.      Figure 1: Industry IoT use cases for workforce Distribution and Automation Industrial Production with IoT Industrial It is already being used in th

  Cloud Databases: Shifting Towards   the Cloud   In the recent scenario, it is becoming common where the Software development organizations are shifting towards   the Cloud. C loud databases are one of the outcomes a recent development CLOUD DATABASE :   It can be explained as a database that is built, deployed, and accessed through a cloud platform. A cloud database enhances all the   functionalities of a traditional database by combining it with the cloud computing flexibility. - A cloud database can be private, public, or hybrid. - Cloud database comes in two environment models, as follows: a) the traditional cloud model     b) Database-as-a-Service (DBaaS).]       Figure   1:  Two   environmental model of cloud databases Advantages of Working with Cloud Databases Cloud possesses enormous advantages and thus extremely beneficial to use. They   are depicted as: Figure 2:   Advantages   of   cloud databases   Description of Cloud Databases (1) Amazon Web