Neutralization theory and online software piracy: An empirical analysis

Accompanying the explosive growth of information technology is the increasing frequency of antisocial and criminal behavior on the Internet. Online software piracy is one such behavior, and this study approaches the phenomenon through the theoretical framework of neutralization theory. The suitability and applicability of nine techniques of neutralization in determining the act is tested via logistic regression analyses on cross-sectional data collected from a sample of university students in the United States. Generally speaking, neutralization was found to be weakly related to experience with online software piracy; other elements which appear more salient are suggested and discussed in conclusion.     

Knowledge for sale – the benefits and effects of off-shoring knowledge-based jobs in engineering,design, and R&D – a case study

A framework consisting of a conceptual model and a closed-loop knowledge work outsourcing decision model is developed. A process flow model of a medical device company's product development function is analysed, where this framework is applied to understand various outsourcing options for the company. The conceptual framework describes major attributes related to outsourcing decisions, parameters associated with various attributes and the relationship intensity of parameters with three knowledge work outsourcing options – in-house, near-shoring, and off-shoring. The proposed model is closed loop, emphasizing the importance of regular re-evaluation needed for an off-shored function. The modeling framework contributes to a company's decision whether or not a particular knowledge-based function should either be kept in-house, near-sourced or off-shored. The general perception of off-shoring is to reduce costs but, the proposed model takes into account additional factors such as, market accessibility, strategic partnership, reduced time to regional market, access to overseas talent pool, and governmental incentives, etc. These factors play a vital role in determining an outsourced function. The paper discusses various options and makes recommendations for tapping into technological advancements around the world, their effects on supply chain management and other competitive advantages presented by off-shoring.     

Tumor necrosis factor alpha (TNF-α) and estrogen hormone in osteoarthritic female patients

Osteoarthritis of knee joints is a disease of old age in both sex. It is very common after the age of 40 years in elderly females or in postmenopausal phase of females. It is characterized by narrowing of space in joints due to inflammation. The exact mechanism of inflammation in this disease is not yet clear. Tumor necrosis factor alpha (TNF-α) may involve in onset of disease. The present study is being carried out in 130 female subject of age group 40–60 years suffering from osteoarthritis of knee joints and 50 normal healthy control female subjects. A correlation is made between TNF-α and estrogen and found significant inverse correlation (r<0.001), between TNF-α and estrogen hormone in osteoarthritic female patients as compared to normal healthy control female group.     

Surface protein gradients generated in sealed microchannels using spatially varying helium microplasma

Spatially varied surface treatment of a fluorescently labeled Bovine Serum Albumin (BSA) protein, on the walls of a closed (sealed) microchannel is achieved via a well-defined gradient in plasma intensity. The microchips comprised a microchannel positioned in-between two microelectrodes (embedded in the chip) with a variable electrode separation along the length of the channel. The channel and electrodes were 50 μm and 100 μm wide, respectively, 50 μm deep, and adjacent to the channel for a length of 18 mm. The electrode separation distance was varied linearly from 50 μm at one end of the channel to a maximum distance of 150, 300, 500, or 1000 μm to generate a gradient in helium plasma intensity. Plasma ignition was achieved at a helium flow rate of 2.5 ml/min, 8.5 kV_pk-pk, and 10 kHz. It is shown that the plasma intensity decreases with increasing electrode separation and is directly related to the residual amount of BSA left after the treatment. The plasma intensity and surface protein gradient, for the different electrode gradients studied, collapse onto master curves when plotted against electrode separation. This precise spatial control is expected to enable the surface protein gradient to be tuned for a range of applications, including high-throughput screening and cell-biomolecule-biomaterial interactions.     

Multimodal biomedical image indexing and retrieval using descriptive text and global feature mapping

The images found within biomedical articles are sources of essential information useful for a variety of tasks. Due to the rapid growth of biomedical knowledge, image retrieval systems are increasingly becoming necessary tools for quickly accessing the most relevant images from the literature for a given information need. Unfortunately, article text can be a poor substitute for image content, limiting the effectiveness of existing text-based retrieval methods. Additionally, the use of visual similarity by content-based retrieval methods as the sole indicator of image relevance is problematic since the importance of an image can depend on its context rather than its appearance. For biomedical image retrieval, multimodal approaches are often desirable. We describe in this work a practical multimodal solution for indexing and retrieving the images contained in biomedical articles. Recognizing the importance of text in determining image relevance, our method combines a predominately text-based image representation with a limited amount of visual information, in the form of quantized content-based visual features, through a process called global feature mapping. The resulting multimodal image surrogates are easily indexed and searched using existing text-based retrieval systems. Our experimental results demonstrate that our multimodal strategy significantly improves upon the retrieval accuracy of existing approaches. In addition, unlike many retrieval methods that utilize content-based visual features, the response time of our approach is negligible, making it suitable for use with large collections.     

The Evolution of Global Positioning System (GPS) Technology

Early in the race to space in the 1950s, the U.S. Department of Defense found that tracking the position of satellites could be used to track fixed bodies on the surface of the Earth. No one realized that the NAVSTAR GPS satellite constellation program, that began its research and development in 1973 and launching its first four satellites in 1978, would change the very nature of our world in the next two decades. The system later to be known simply as the Global Positioning System (GPS) would not only provide complex navigation and timing capability to the military but, might very well, be the backbone to energize the faltering economy in 2001. A myriad of evolving GPS applications and complementary technologies may spawn new, much needed economic growth. Advances in integrated circuit technology and high-volume applications have helped to bring the price of GPS receivers down to $100–$500. The size of GPS receivers has now been considerably reduced. Prices and device sizes will continue to fall in the next decade while the applications for this technology will continue to blossom. It should be no surprise when this technology affects each of us, and, is used in every home and business in some form during this decade.     

Learner-centric MOOC model: a pedagogical design model towards active learner participation and higher completion rates

Educational technology research and development - MOOCs support the global need of learning resources with large impact through online access and no geographical boundaries. However, pedagogical...     

The effectiveness of using augmented reality (AR) to enhance student performance: using quick response (QR) codes in student textbooks in the Saudi education system

Educational technology research and development - Augmented reality (AR) is a new way to integrate virtual reality into the real world, and integrating AR into education offers opportunities for...