3 research outputs found
Resource Allocation in Networking and Computing Systems: A Security and Dependability Perspective
In recent years, there has been a trend to integrate networking and computing systems, whose management is getting increasingly complex. Resource allocation is one of the crucial aspects of managing such systems and is affected by this increased complexity. Resource allocation strategies aim to effectively maximize performance, system utilization, and profit by considering virtualization technologies, heterogeneous resources, context awareness, and other features. In such complex scenario, security and dependability are vital concerns that need to be considered in future computing and networking systems in order to provide the future advanced services, such as mission-critical applications. This paper provides a comprehensive survey of existing literature that considers security and dependability for resource allocation in computing and networking systems. The current research works are categorized by considering the allocated type of resources for different technologies, scenarios, issues, attributes, and solutions. The paper presents the research works on resource allocation that includes security and dependability, both singularly and jointly. The future research directions on resource allocation are also discussed. The paper shows how there are only a few works that, even singularly, consider security and dependability in resource allocation in the future computing and networking systems and highlights the importance of jointly considering security and dependability and the need for intelligent, adaptive and robust solutions. This paper aims to help the researchers effectively consider security and dependability in future networking and computing systems.publishedVersio
Distributed Ledger Technology based Integrated Healthcare Solution for Bangladesh
Healthcare data is sensitive and requires great protection. Encrypted
electronic health records (EHRs) contain personal and sensitive data such as
names and addresses. Having access to patient data benefits all of them. This
paper proposes a blockchain-based distributed healthcare application platform
for Bangladeshi public and private healthcare providers. Using data
immutability and smart contracts, the suggested application framework allows
users to create safe digital agreements for commerce or collaboration. Thus,
all enterprises may securely collaborate using the same blockchain network,
gaining data openness and read/write capacity. The proposed application
consists of various application interfaces for various system users. For data
integrity, privacy, permission and service availability, the proposed solution
leverages Hyperledger fabric and Blockchain as a Service. Everyone will also
have their own profile in the portal. A unique identity for each person and the
installation of digital information centres across the country have greatly
eased the process. It will collect systematic health data from each person
which will be beneficial for research institutes and health-related
organisations. A national data warehouse in Bangladesh is feasible for this
application and It is also possible to keep a clean health sector by analysing
data stored in this warehouse and conducting various purification algorithms
using technologies like Data Science. Given that Bangladesh has both public and
private health care, a straightforward digital strategy for all organisations
is essential.Comment: 21 pages, 16 figures, 4 table
Distributed Ledger Technology Based Integrated Healthcare Solution for Bangladesh
Healthcare data is highly sensitive and must be safeguarded. Personal and sensitive data, such as names and addresses, is stored in Encrypted Electronic Health Records (EHRs). This paper proposes a Blockchain-based distributed application platform for Bangladesh’s public and private healthcare service providers. The proposed application framework enables users to create secure digital agreements for commerce or collaboration by leveraging data immutability and smart contracts. As a result, all stakeholders can collaborate securely over the same Blockchain network, taking advantage of their data’s openness and read/write nature. The proposed application is made up of various application interfaces for various stakeholders. The proposed solution employs Hyperledger Fabric and Blockchain to ensure data integrity, privacy, permissions, and service availability. In the application portal, each user has a profile. The creation of a unique identity for each user, as well as the establishment of digital information centers across the country, has greatly aided the process. This application collects health data from each user in a systematic manner, which is useful for research institutes and healthcare-related organizations. For this application, a national data warehouse in Bangladesh is feasible, and various healthcare-related analyses can be performed using the collected data, assisting the strategy and planning department in making informed decisions regarding the healthcare sector in Bangladesh. Because Bangladesh has both public and private healthcare providers, a simple digital strategy is essential for all organizations to accomplish their services. This study proposes a solution to achieve this goal