Personal branding for librarians: The way forward

Librarians have always been labelled as knowledge gatekeepers and persons who ‘shusshhh’ people around. However, that may be true years and decades ago. Going forward, do we librarians want to be labelled as such? A brand is a promise delivered. It is our reputation and legacy. Branding is a practice of producing trust which when we market our services, we do so with a promise to meet or exit the expectation of the customer. Academicians talk and discuss the importance of personal branding with fellow students all the time. However some students are just too sceptical to agree and follow the path and information which have been identified for them. Many students are unaware that personal branding does not happen overnight. It takes quite a while for a person to have a personal brand which would suit a person and does not look fake on him or her. This paper discusses the importance of personal branding for all future librarians and how it would assist them to succeed in the challenging working world. It also discuses on how UiTM would create and mould its outstanding future librarians

PPP TESTS IN COINTEGRATED PANELS: EVIDENCE FROM ASIAN DEVELOPING COUNTRIES

This paper tests the relative version of purchasing power parity (PPP) for a set of ten Asian developing countries using panel cointegration framework. We employ ¡®between-dimension¡¯ dynamic OLS estimator as proposed by Pedroni (2001b). The test results overwhelmingly reject the PPP hypothesis.Purchasing Power Parity, Panel Cointegration, Unit Roots.

"PPP tests in cointegrated panels: Evidence from Asian developing countries".

This paper tests the relative version of purchasing power parity (PPP) for a set of ten Asian developing countries using panel cointegration framework. We employ 'between-dimension' dynamic OLS estimator as proposed by Pedroni (2001b). The test results overwhelmingly reject the PPP hypothesis.Purchasing Power Parity, Panel Cointegration, Unit Root

"PPP tests in cointegrated panels: Evidence from Asian developing countries".

This paper tests the relative version of purchasing power parity (PPP) for a set of ten Asian developing countries using panel cointegration framework. We employ 'between-dimension' dynamic OLS estimator as proposed by Pedroni (2001b). The test results overwhelmingly reject the PPP hypothesis.Purchasing Power Parity, Panel Cointegration, Unit Root

Information Convergence and Divergence of Protein Primary Structures Encoded by HIV-1

The operations of the proteins encoded by the HIV-1 virus are highly coordinated within the human host. The coordination derives from mutual information expressed in the primary structures. These are the amino acid sequences encoded by the viral genome that carry the requisite information about folding pathways and chemical functions. This project examines the information-convergent properties of HIV-1 proteins that underpin the overlap and reinforcement of functions. The goal is to identify proteins of the virus that express the highest degree of information coordination. These proteins pose compelling targets for small-molecule drug and cocktail therapy and vaccine engineering

The Verbal and Non Verbal Signals of Depression -- Combining Acoustics, Text and Visuals for Estimating Depression Level

Depression is a serious medical condition that is suffered by a large number of people around the world. It significantly affects the way one feels, causing a persistent lowering of mood. In this paper, we propose a novel attention-based deep neural network which facilitates the fusion of various modalities. We use this network to regress the depression level. Acoustic, text and visual modalities have been used to train our proposed network. Various experiments have been carried out on the benchmark dataset, namely, Distress Analysis Interview Corpus - a Wizard of Oz (DAIC-WOZ). From the results, we empirically justify that the fusion of all three modalities helps in giving the most accurate estimation of depression level. Our proposed approach outperforms the state-of-the-art by 7.17% on root mean squared error (RMSE) and 8.08% on mean absolute error (MAE).Comment: 10 pages including references, 2 figure

A new diagnostics tool for water injected gas turbines - emissions monitoring and modeling

Natural gas-fired cogeneration systems are commonly used for large-scale industrial energy production – both electricity generation and heat recovery. Industrial cogeneration currently represents about 8% of the U.S. total electricity generation capacity. Plans call for cogeneration to increase to 20% of the generation capacity by the end of 2030 [1, 2]. Industrial cogeneration systems attain both high thermal efficiency and low emissions. The attainment of low emissions from natural gas fired turbines, in particular low NOx emissions, is of considerable environmental importance especially as coal becomes a less favorable fuel source. Our current project addresses emissions and performance modeling of the 20 MW natural gas-fired cogeneration system located at Louisiana State University. Water injection is used to help lower emissions. Data reconciliation and gross error detection are performed to adjust measured variables and determine efficiency. A continuous emission monitoring system (CEMS) has been recently installed to measure both the NOx and O2 concentrations in the exhaust; CO is also measured. These concentrations have been used to validate an emissions kinetics model, based on GRI-Mech 3.0, in order to predict NOx, CO and O2 concentrations leaving the system. The kinetics model is used within a chemical reactor network consisting of perfectly stirred reactors and plug flow reactors to represent the turbine combustion in both the primary and dilution zones. Changes in the measured emissions of certain species combined with a detailed kinetics model are used to indicate the onset of problems in the cogeneration system

Digitized Engineering Notebook

Digitized Engineering Notebook is a web application that allows students to record their work as they go through the process of their robotics competition. This notebook will portray the same qualities as the current engineering notebook. This digital version of an engineering notebook gives students a platform where they can upload data such as images, texts, videos to a database. Digitized engineering notebook will allow multiple users to log into the system, and work on same project at the same time. This web application will be developed in an open source environment called XAMPP. It will include multiple users. This Notebook can be categorized into queries which can be converted into PDF. The web application will have login credentials for every user and will also allow name-wise search of any user so their progress can be tracked. The functionalities of this Notebook will include a front page with menu, options to create new projects, addition of new members to the project, table of contents, etc., This web application will also contain a calendar so students can mark events. It will have a discussion board where students can interact with each other. The main goal of this web application is to inspire students to learn STEM engineering process. This Digitized Notebook will encourage knowledge sharing. The contents of the Notebook will be easy to query and share. It will allow students to work as a team remotely. This web application will be kids friendly and will allow students from K-12 to use it