iosr-JCE   Volume-23 ~ Issue-6 ~ Nov. - Dec. 2021

Abstract: This chapter elaborates points that were drawn from the research done on cluster interviews and stakeholders. The stake holders are the main custodians of the tradition, they include the DC (District coordinator), District Art and Culture Officer, Chief and Headman. The findings that were found in the research will be documented and evaluated in order to examine how digital animated games can become the main medium to cater for children's interest. This is linked to cultural norms, values, ethics and ethos which are referred to as the intangible cultural heritage. Qualitative method was used to find the variables involved which were mainly based on identity which is affected by culture background. The animated interactive digital game will be responsible for transference of ICH to the younger generation. The game will combine the findings on traditional games that have disappeared including artifacts and instruments in the community of the Hurungwe district. These findings are of great importance as they give the foundation for which the game will be built on. The findings include the principles of animation, game censorships, best latest game video and lastly a conceptual game design.

[1]. Aleem, S., Caprets, L., & Ahmed, F. (2016). Game Development software engineering life cycle. International Journal of Software Engineering Research and Development, 4(6), 1-30.
[2]. Amor, M., Fuentes, L., & Pinto , M. (2004). Survey of multimedia software engineering. Journal of Universal Computer Science, 473-498.
[3]. Babu, K., & Maruthi, R. (2013). Life cycle for game development to ensure enhanced productivity. Innovative reserch in Computer and Communication Engineering, 1(8), 1490-1503.
[4]. Barwick, J. (2010, July). Where have all the gamnes gone? An exploratory study of digital game preservation, 1.
[5]. Beasley, R. (1999). Interactive Multimedia Development. Educational Technology Systems, 27(1), 23-42.

Abstract: The research paper titled Trends in and Future of Library Management System focuses on the current trends that have been implemented in the most important and traditional part of any educational institution – the library. The paper looks at the innovation and trends that have taken place since the traditional book-in-shelf to E-Library system, to how they are being managed, why the change, what difficulty users experience with these new systems as well as predicts the possible future advancements in the same. The paper includes a case study module on the university library system and based on the research, suggests a virtual library mobile application system that uses a unique token generation system to borrow, renew and return books. The mobile application also allows its users, students and professors alike, to login to their respective profiles and view the availability of books, journals, research papers or focus booths from an exclusive online product catalog, irrespective of the user's location.

Key Word: library management system; information systems; enterprise applications.

[1]. Jainamma, K. A.; Paul, Lalitha. (2000). Growth of Information Technology: Its Impact on Library Services. In: Bavakutty, M.; Parameswaran, M. (Eds.). Management of Libraries in the 21st. Century. New Delhi: Ess Ess Publications. 81-89.
[2]. Kanakachary, M. (1995). Information Technology Vis-a-Vis the Libraries. In: Raju, A. A. N.; Ramaiah, L. S.; Laxman Rao, N.; Chandra, Prafulla T. V. (Eds.) New Vistas in Library and Information Science: Papers in Honour of Professor G. V. S. L. Narasimha Raju. New Delhi: Vikas Publishing House. 423-432
[3]. Kawatra, P.S. (2000). Textbook of Information Science. New Delhi: A.P.H. (Chapter 13: The Universal Library 275-304)
[4]. Kumar, Sunil. (2001). Academic Library Automation: An Immediate Need. Library Herald.
[5]. Chiweza, Diston Store (2006). The potential for Virtual library services to promote teaching and research and reduce the digital divide: a case study of the University of Malawi.

Abstract: HCI is linked to a plan subject recognized as Interaction Design or User-Centered Design, which focuses on how to make pc science as easy and fun to use as possible. The thinking of "usability," which is commonly characterised in phrases of efficiency, effectiveness and satisfaction, is an essential phase of the sketch profession. Medication adherence commonly refers to whether or not sufferers take their medicinal drugs as prescribed, as properly as whether or not they proceed to take a prescribed medication. Medication non adherence is a developing problem to clinicians, healthcare systems, and different stakeholders (eg, payers) due to the fact of mounting proof that it is widely wide-spread and related with detrimental results and greater expenses of care. Engaging sufferers and the healthcare group is quintessential to success in accomplishing scientific adherence and.....

Keywords:, Human Computer Interaction (HCI), Patient portals, Pill boxes, Mobile Applications ,Primary Non Adherence, Secondary Non Adherence, Intentional Non Adherence, Unintentional non-adherence

[1]. https://www.interaction-design.org/literature/topics/human-computer-interaction
[2]. https://www.ncbi.nlm.nih.gov/books/NBK233043/
[3]. P. Michael Ho,Chris L. Bryson,, and John S. Rumsfeld," Medication Adherence Its Importance in Cardiovascular Outcomes", https://doi.org/10.1161/CIRCULATIONAHA.108.768986Circulation. 2009;119:3028–3035
[4]. Vinay Kini," Interventions to Improve Medication Adherence A Review", JAMA. 2018;320(23):2461-2473. doi:10.1001/jama.2018.19271
[5]. https://www.cs.bham.ac.uk/~rxb/Teaching/HCI%20II/intro.html#:~:text=HCI%20(human%2Dcomputer%20interaction),the%20ways%20they%20work%20together

Abstract: This study review the trajectory in the role been played by the Information and Communication Technology (ICT) in achieving cashless economy. Cashless economy is an ecosystem where transactions are made with the use of credit card or debit card, internet banking, e-wallet, POS, and so on instead of physical movement of cash. The paper also exposed that the use of Information and Communication Technology gadgets and techniques in the banking sector has made fundamental Changes in the quality, mode and content of banking businesses across the globe. This paper further reviewed the importance of digital competence in cashless economy, and established framework between them. "Digital competence refers to the set of knowledge, skills, attitudes (including abilities, strategies, values and awareness) that are required when using ICT and digital media to perform tasks, solve problems and communicate"[1]. Digital competence is a significant prerequisite to cashless economy

Keywords: Digital Competence, ICT and Cashless Economy

[1]. Basel Committee, (1998), Risk Management for Electronic Banking and Electronic Money Activities, Basel Committee Publications, No. 35
[2]. European Central Bank, (1998), Report on Electronic Money, Frankfurt, August.
[3]. Salihu, S. A. and et al (2013), Impacts of ICT in Cashless Economy in Nigeria, international Journal of Engineering and Science, Vol. 2, issue 10. PP 80-86.
[4]. Adeoti, J.O (2005) "Information Technology Investment in Nigerian Manufacturing Industry: TheProgress So Far", Selected Papers for the 2004 Annual Conference, Ibadan: Nigerian EconomicSociety, 213-244.
[5]. Brücher, H., L. Scherngell, (2003). "Change management in e-government." Fachzeits chrift desCC e-Gov der Berner FH: 11-1.

Abstract: Purpose: This research paper aims to find out the level of awareness about and attitude towards AI-generated music among listeners in the Indian state of Gujarat. It also attempts to check if listeners can distinguish between music generated by AI and by humans. Design/methodology/approach: The paper uses a questionnaire survey of 150 listeners administered electronically to achieve its goals.
Findings: This study found that the attitude of music listeners in India towards music generated by AI is moderately favorable. The most positive....

Keywords: artificial intelligence, music, AI music, India, attitude

[1]. Agrawal, A., Gans, J., & Goldfarb, A. (2018). Prediction machines: The simple economics of artificial intelligence. Harvard Business Press.
[2]. Aiva Technologies. (2017). Press Release. https://wwwww.luxinnovation.lu/wp-content/uploads/sites/3/2018/01/fundraising-en-aiva.pdf
[3]. Alvaro, J. L., & Barros, B. (2010). MusicJSON: A Representation for the Computer Music Cloud. In Proceedings of the 7th Sound and Music Computer Conference. Barcelona, 2010.
[4]. Alvaro, J. L., & Barros, B. (2011). Composing Music in the Cloud. In Exploring music contents: 7th international symposium, CMMR 2010, Malaga, Spain, June 21-24, 2010. Revised papers (pp. 163-175). Springer.
[5]. Alvaro, J. L., & Barros, B. (2013). A new cloud computing architecture for music composition. Journal of Network and Computer Applications, 36(1), 429-443. https://doi.org/10.1016/j.jnca.2012.04.015

Abstract: Blockchain is revolutionizing the digital industry and subsuming multiple sectors including Financial Services, Insurance sector, Healthcare, IT and cyber security [2], etc. Blockchain is a distributed ledger where each member on the network maintains a local copy of the data which is encrypted using public key infrastructure (PKI) security method [30]. In this way, it can establish trust between two different parties without any need of a third-party trust service provider.....

[1]. A.Akande, Disruptive power of Blockchain on the insurance Industry, University of Tartu.
[2]. T.D.A.D.R.M.K.-K.R.C. Paul J. Taylor, A systematic literature review of blockchain cyber security, Chngquing University of Posts and Telecommunications., 2019.
[3]. B.R. Abhinav Choudhary, Blockchain A potential Game-changer for Insurance Claim, ITC Infotech.
[4]. C.M.J.C.E.S.M.D. Ana Reyna, "On Blockchain and its integration with IoT-Challenges and Opportunities",2018.
[5]. IoT in the Insurance industry-what it is , why it matters and how we can help- Lead Cloud.
[6]. B.M.t.S.C.M.S.B.Markus Loffler, Insurers need to plug into the Internet of Things- or risk falling behind, Mckinsey & Company,2016.

Abstract: Internet of Things (IoT) technology has attracted much attention in recent years. Bluetooth Low Energy is a highly adopted and anticipated communication solution for the Internet of Things. However, the restriction of data communication topology to point-to-point, limited range of communications, and the lack of IP support makes Bluetooth Low Energy less attractive for Internet of Things applications. In most of the existing routing techniques wireless networks assumes that all nodes are static and do not change their positions till the end of the network. In this paper, An Adaptive Multi Criteria Routing Protocol for Bluetooth Low Energy (BLE) is proposed..

Keywords:, Bluetooth, IoT, Routing, Connectivity, Mobility

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