Problems from the Past, Problems from the Future, and Data Science Solutions

Pasupuleti, Mahesh Babu

doi:10.18034/abcjar.v4i2.614

Cited by 7 publications

(2 citation statements)

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“…Extrinsic elements also included electronic signatures, digital timestamps, special signs (i.e. digital watermarks and organizational crest), a personal logo, and an originator identifier (Pasupuleti, 2015b). The name of the author, the name of the originator, the date, the location of origin, the name of the recipient, the attestation, the description of the action, and other intrinsic components have been recognized.…”

Section: Archival Diplomaticmentioning

confidence: 99%

Software Application Development to Backing the Legitimacy of Digital Annals: Use of the Diplomatic Archives

Adusumalli

2017

ABC j. adv. res.

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As a fundamental design feature of their digital archives, this approach was applied to the project. It has so demonstrated considerable potential in terms of defining and condensing crucial data pieces that support the presumption of authenticity across a wide range of record formats. The purpose of this study is to offer a conceptual technique, which will be referred to as object-oriented diplomacy in this work. This methodology focuses on creating digital records that can maintain their authenticity over time and when they are removed from their original systems. This is accomplished through the extension of archival diplomatic theory and the application of object-oriented programming (OOP) principles. A new way to support the presumption of the authenticity of digital records is presented in this study, which makes use of concepts from archival diplomatic theory, which are combined with OOP principles. It is the author's goal that this work may spark a more fruitful collaboration between archivists and records managers and software developers in the development and implementation of digital repositories in the future.

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Section: Archival Diplomaticmentioning

confidence: 99%

Software Application Development to Backing the Legitimacy of Digital Annals: Use of the Diplomatic Archives

Adusumalli

2017

ABC j. adv. res.

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“…Currently, the statistical department of the REP anticipates the total amount of energy consumed by its clients as a collective (Pasupuleti, 2015). However, when this department disaggregated the predictions by each market (city), they discovered that the Mean Absolute Percentage Error (MAPE) was 38 percent.…”

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confidence: 99%

Advanced Metering Infrastructure Data: Overviews for the Big Data Framework

Rahman

Pasupuleti²,

Adusumalli³

2019

ABC res. alert

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The Advanced Metering Infrastructure (AMI) statistics provide real-time information about power use as well as social, demographic, and economic aspects within a community. This study proposes a Data Analytics/Big Data architecture for leveraging AMI data in Smart City applications. The framework has three main components. First, the architectural view positions AMI within the SGAM. Second, the methodological view describes the DIKW hierarchy and NIST Big Data interoperability model's translation of raw data into knowledge. Finally, human expertise and talents to analyze the results and translate knowledge into wisdom are a connecting aspect between the two approaches. A binding element that supports optimal and efficient decision-making is added to our new perspective. We made a case study to demonstrate our framework. A load forecasting application is implemented in Retail Electricity Provider (REP). Some of the REP's marketplaces have a MAPE of less than 5%. The scenario also highlights the binding element's effect on new development options and as a feedback mechanism for more forceful decision making.

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Cloud of Things and Interworking IoT Platform: Strategy and Execution Overviews

Fadziso

Adusumalli

Pasupuleti³

2018

Asian j. appl. sci. eng.

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An IoT platform is a multi-layer system that enables linked device automation. IoT platforms are enabling software that connects various hardware devices, access points, and networks to other sections of the value chain. Virtual objects are now essential in any IoT platform. In this work, we design and create a cloud-based IoT platform that allows users to register and initialize virtual objects, then consume them via the IoT marketplace and integrate them into IoT applications. The proposed IoT platform differs from previous IoT platforms in that it provides both hardware and software services on a single platform. The proposed IoT platform is distinct from the IoT marketplace where users can buy and sell virtual things. Based on virtual items in CoT, IoT platform and IoT marketplace experiments are undertaken. The proposed IoT platform is easy to use, secure, and trustworthy. An IoT testbed and a case study for reusing virtual objects in a residential environment are developed. It allows for virtual object discovery and sharing. Virtual objects can monitor and operate IoT devices.

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Problems from the Past, Problems from the Future, and Data Science Solutions

Cited by 7 publications

References 0 publications

Software Application Development to Backing the Legitimacy of Digital Annals: Use of the Diplomatic Archives

Software Application Development to Backing the Legitimacy of Digital Annals: Use of the Diplomatic Archives

Advanced Metering Infrastructure Data: Overviews for the Big Data Framework

Cloud of Things and Interworking IoT Platform: Strategy and Execution Overviews

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