Keywords : Automation

Weapon Detection System in Remotely Operated ASV

Muniyandy Elangovan; Yuvan Siddarth B.; Govindram Uduupa R; Vigneshwar R.

International Research Journal on Advanced Science Hub, 2021, Volume 3, Issue Special Issue 9S, Pages 34-37
DOI: 10.47392/irjash.2021.246

High tensions within states or across borders are quite common nowadays. Protection of human resources i.e., soldiers is as important as the protection of national resources. It is a visible fact that the causality rate among the defense forces during a crisis is relatively higher. That is the reason why a majority of Governmental organizations of various nations are stressing the concepts of Automation. ROV or Remotely Operated Vehicle, a concept of automation, is playing a very vital role in almost all the advancements in this technologically developed society. Present work, one complete Armored Safety Vehicle (ASV) was designed with more featured to accommodate sensors for detection and coding are developed o detect the weapon using the image processing techniques. There is a special wheel design is introduced which is safe for easy and quick movement of a vehicle. From commercial vehicles to exploring the deepest trenches, ROV’s have been a substantial tool for developmental prospects. It was tested for one image file and worked well. It is integrated with Machine Learning and image processing concepts to automatically come up with solutions based on the inputs. These concepts when used in defense vehicles not only increase efficiency but also reduces the casualty rate during a crisis.

Implementation of End to End Automation for BTS commissioning using Python

Rani RN; Kumaraswamy HV; Jeyaraj Chellapandi

International Research Journal on Advanced Science Hub, 2021, Volume 3, Issue Special Issue 7S, Pages 37-41
DOI: 10.47392/irjash.2021.207

Network Management Systems (NMSs) are the innovative products used by telecommunication companies to monitor, control, analyze and manage telecommunication networks. Base Transceiver Station (BTS) is a network element which facilitate wireless communication between user equipment and network. BTSs can be integrated with NMS and all related applications available in NMS can be used over BTS. One such application is software upgrade or downgrade in BTS which is termed here as BTS commissioning. This BTS commissioning process involves multiple steps to be performed for successful software upgrade or downgrade in BTS manually through NMS. In this paper methodology to implement end to end automation of BTS commissioning using python is discussed. GUI is developed using JavaScript, jQuery, Flask, Python, HTML and CSS. The reason for using Python for this website is because it is powerful, simple and has many libraries. Developed feature is tested by integrating a test BTS with Nokia’s NMS named NetAct.

Challenges for RFID Technology used in Libraries

Geetanjali Rana Kanwar

International Research Journal on Advanced Science Hub, 2020, Volume 2, Issue Special Issue ICAMET 10S, Pages 112-120
DOI: 10.47392/irjash.2020.208

The technological advancements has taken fast pace globally throughout the world during last 10 years. The more and more digital impact has been seen in different areas related to every field. Private as well as government sectors put large emphasis and financial budget involvements to make most of the activities digital among people. The new RFID technology developed and when implemented in the libraries, it reduces the workload of circulating books through digital process of check-in and checkout among the users. RFID reduces time required to perform the Circulation operations in the libraries as compared to manual activities. RFID tags are capable and much faster than barcodes and with the help of handheld reader; items in the stack can be read at the same time. Apart from the advantages, the technology RFID has to face many challenges for its implementation and smooth working in the digital environment. The financial budget involved in it is very high. Due to chances of tag removal and tag collision, it needs extra care to be given. RFID is an excellent advanced technology but it needs to improve security factors and standards of its products and services.

Design and Fabrication of Automatic Solar Seed Sowing Machine

Elayadevan E; Girish S; Karthick U

International Research Journal on Advanced Science Hub, 2020, Volume 2, Issue 6, Pages 131-135
DOI: 10.47392/irjash.2020.50

Most countries have a high growth rate in agriculture. The agriculture sector determines the economy of each country. The value of the economy depends on agriculture. Agriculture plays an important role in the development of each country. The agriculture sector is driving growth. Most people in India depend on agriculture. They give importance to agriculture. Many people use old technology for agriculture. Population increases in the future are likely to cause food shortages. To prevent this, agriculture needs to be developed. New technologies are welcome. The state should take over the agriculture sector. The state should take up agriculture. The agriculture sector needs to be developed so as not to cause loss to the farmers. Farmers should be given more concessions. New technologies should be introduced to agriculture. Introduction of automatic operating machinery. Solar powered machines should be introduced. The machine buys energy from the sun and converts it into energy. The machine sprinkles the seeds at specified intervals. Automatically pit. Once the seeds are sprayed, they will automatically cover the excavated area. All of these will work automatically. This reduces time and reduces cost. Increasing the savings. The need for human beings decreases. The agricultural sector is booming and the economy is booming. Increasing the value and growth of the economy.

Smart Dust Bin for Modern Environment

Divya S; Mohan M; Dhivya S; Prasath B

International Research Journal on Advanced Science Hub, 2020, Volume 2, Issue 6, Pages 140-144
DOI: 10.47392/irjash.2020.52

Nowadays all types of garbage are dumped into the dustbin at the buildings (houses), hospitals etc., Hence it is difficult to segregate it. To avoid all such problems, we are going to implement a project where segregation of wet, dry, plastics and metallic wastes automatically using automated smart dust bin and afterwards signal is sent to the Mobile phones. The automated smart dust bin has several features and the main feature of it is to separate the waste automatically. The bin will have four compartments for the segregation of the wastes: for plastic waste, for wet waste, for dry waste and finally for the metallic wastes. Apart from this the bin will have motor for the rotation of the bin. This project makes it hands-free and evidently more hygienic method of separation. The bin will also notify about the amount of wastes filled through an LED. The bin will also alert by sending a message to phone to tell that it is time to throw the garbage. This idea will help us to dispose the waste in a hygienic manner. This project mainly concentrates on domestic wastes whose value is unrecognized since people do not spend time in separating the wastes. Instead of sending them to municipal corporation, waste can be sent directly for recycling if waste is separated at household level.