KCG College of Technology

About: KCG College of Technology is a based out in . It is known for research contribution in the topics: Computer science & The Internet. The organization has 427 authors who have published 381 publications receiving 2193 citations.

Preventive approach to avoid intrusion in relational databases using response patterns

Abstract: A rash of well-publicized database hacking incidents brings security to the forefront of issues faced by the database community. Anomalous requests are processed by the Intrusion Detection System (IDS). The intrusion response component is the major responsible component in IDS for anomalous requests processing. Response component manages some of the policy for authenticating the user requests for further access. The system is proposed with the Database Response Policies with two issues Policy Matching and Policy Administration. This system is termed as Joint Threshold Administrative Module (JTAM). The principle used in JTAM is Separation of Duty. The major idea is used to prevent the malicious modification of the policies by database administrators (DBA's). The database modification proposed ought to be signed by k DBA's for complete modified policy. Cryptographic algorithms are used to encrypt the policy and the signatures. The policies are limited for the user's view and for this `pattern concept' is used. An Intrusion Prevention Protocol (IPP) is proposed which detects the users that attacks the system and revokes the access rights of that user.

Implementing QR Code–Based Contact Tracing Framework

Abstract: In 1994, Denso Wave from Japan was introduced the Quick Response (QR) code at first. At present our world is in the hands of digital developments, like tablet, smart phones, iPad and others. A small object with millions benefits with starting from user needs is almost complete. All users are widely using Smartphone, tablet and iPad. Even electronic transactions in Smartphone are also following the trend. To improve the time efficiency at the public premises, electronic transaction aims check in and checkout using android mobile App and QR code. So that the check in and checkout does not need to be served manually. The main objective of this paper is to reduce the queues that occur at the public premises in this Covid19 pandemic situation. This paper explains the design and development of a mobile application to speed up the check-in and check-out process. In conclusion, adaption of this QR code will improve a positive change in the field of check in and check out across the public premises.

Content addressable memory as a teaching aid for low-power technique study:

Abstract: This article builds the confidence for undergraduate electrical/electronic engineering students in low-power very-large-scale integration by presenting a simple technique for enhancing the performance of precomputation-based content addressable memory. The proposed precomputation method provides minimal power consumption and has enhanced speed than the existing design. Experimental results were obtained using the cadence virtuoso 90 nm. The paper provides hands-on teaching in the basics of content addressable memory and low-power very-large-scale integration technique, stimulates students’ interest in very-large-scale integration, and scrutinizes pros and cons of different circuit choices.

Automated mobile physiological measurement system

Abstract: The convergence of an aging population and breakthrough technological advances has created endless opportunities for automated medical devices. These devices help ensure the future health of millions of people by providing advances in home health care, clinical activities and medical imaging. But these devices could only measure a single parameter and just display the data. This paper discusses the health monitoring system using microcontrollers and GSM technology. It is a combination of ubiquitous computing with mobile health technology to monitor the wellbeing of patients. The microcontroller analyses the data in real-time and determines whether the person needs external help. It interfaces with medical devices including a blood-pressure monitor, a heart rate monitor and an electronic thermometer and offer suggestions based on the readings. If the readings are abnormal then it sends messages to the care takers and in case of critical conditions it automatically gives call/message to the ambulance. It mainly focuses to improve the health of people and could ease the burden on the health-care system.