Computer Science

... IEEE corpus of English keywords is being used in a prototype personalized mobile learning ... 1] P Moore, B Hu, and J Wan, “Intelligent Context' for Personalised ... In Architectures for Distributed and Complex M-Learning Systems: Applying Intelligent Technologies, eds S. Caballe; F ...

The human world evolves and progresses by applying knowledge derived from observations of and familiarity with repeatable events and phenomena of nature.

Our perceptions, understanding and ability to model reality enable us to develop policies, processes and products required. Generally speaking, our goal is either to control (and exploit) the natural phenomena, or to create human-made objects with required properties.

We use our knowledge of nature aiming to improve it (in a way we want).  At the same time, wild-life objects proved to be self-organized and adjustable to the change caused by internal and external interventions or events while our systems - on the contrary - instead of progressing - decline and degrade.

Thus we simply must redo our systems and come up with novel and fundamental theories and supportive technologies for pursuing principles of self-healing, making our systems easier to adjust, implement them with a goal of “zero maintenance” or self-maintenance.

It has become clear that our evolving knowledge itself is the key for our progress in many areas of knowledge and industrial domains. The first one includes computer science, mathematics, philosophy, education, linguistics, software engineering, artificial intelligence; while industrial domains includes aeronautics, economics, medicine, computer systems design, software systems and ICT as a whole

The key for our progress lies in areas of human activity is technology and proper use of technology, including ICT.

Risk assessments have assumed an increasingly important role in the management of risks in this country. The determination of which pollutants or public health issues are to be regulated, the degree and extent of regulation, and the priority assigned to particular problems are all areas of risk assessment that influence the country's $100 billion annual investment in environmental protection. Recent trends in public policy have brought the practice of risk assessment under greater scrutiny. As policy makers increasingly insist that specific numerical risk levels (so-called bright lines) be incorporated into regulatory decisions, the stakes for good risk assessment practice, already high, are raised even further. Enhancing the scientific basis of risk assessments was a major goal of the Workshop on Exposure Databases. In this article, we present the Risk Assessment Work Group's evaluation of the use of exposurerelated databases in risk assessment and the group's recommendations for improvement. The work group's discussion focused on the availability, suitability, and quality of data that underly exposure assessments, a critical component of risk assessment. The work group established a framework for evaluation, based on exposure scenarios typically used in regulatory decisions. The scenarios included examples from Superfund, the Clean Air Act, the Toxic Substances Control Act, and other regulatory programs. These scenarios were used to illustrate current use of exposure data, to highlight gaps in existing data sources, and to discuss how improved exposure information can improve risk assessments. The work group concluded that many of the databases available are designed for purposes that do not meet exposure and risk assessment needs. Substantial gaps exist in measurements of actual human exposure and in the data necessary to model exposures, to characterize distributions of exposure, to identify high-risk groups, and to identify possible environmental inequities in exposure. The work group, on the basis of its findings, made both short-term and longer-term recommendations for improving the collection of exposure data in the future.

Single electron technology (SET) is one of the future technologies distinguished by its small and low-power devices. SET also provides simple and elegant solutions for threshold-logic gates (TLGs). This paper presents the design of an optimal TLG adder implemented in SET. This 16-bit Kogge-Stone style adder was fully designed and simulated using a Monte Carlo simulator. The simulation results give

Internet of things (IoT) is a collection of many interconnected objects, services, humans, and devices that can communicate, share data, and information to achieve a common goal in different areas and applications. The vision of IoT is to enable devices to collaborate with each other on the Internet. IoT security focuses on authentication and access control protocols. IoT security is the area with protection connected devices and networks. There are many key challenges in designing a secure

... Evaluation of Continuous Direction Encoding with Tactile Belts ..... 1 Marlin Pielot, Niels Henze, Wilko Heuten, and Susanne Boll ( ... 50 Richard Hall, Hemang Rathod, Mauro Maiorca, Ioanna Ioannou, Edmund Kazmierczak, Stephen 0' Leary, and Peter Harris ...

Recent past year's research on architecture standardization of IoT (Internet of thing) is going on, not yet concluded about standardization, It is still open and debatable how to make a standard platform. Thousands of researcher's and Engineers are concentrating on IoT architecture standardization. Few open source community have already started working on IoT architecture for standardization. Yet lot of improvement is needed. Even some organization are collaborating and coming up with standardization. This will give base IoT Architecture standardization or Initial architecture which can evolve one of the solutions for making standardization. Seminar report gives full-fledged and complete modularity for IoT architecture. Depending on user application any unwanted module can be removed and addition of any number of modules to the architecture can be done easily. Mainly concentrates on modularity and scalability of the software. It helps IoT SoC(system on Chip) manufacturer to make hardware platform in-order to fit IoT applications.

Equatorial axiomatizations for congruences over a simple sublanguage of R. Milner's (1980) process algebra CCS (calculus of communicating systems) are examined. It is shown that no finite set of equational axioms can completely characterize any reasonably defined congruence which is at least as strong as Milner's strong congruence. In the case of strong congruence, this means that the expansion theorem

Eine von vielen Fassungen zur Beschreibung des europäischen Mechanical Valley.

Dieses Papier ist nicht isoliert zu betrachten, sondern als ein Dokument von vielen die in einem Zusammenhang zu verstehen sind. Es geht darum der Menschlichkeit in der Zukunft Raum zu schenken, damit Menschen in diesem Raum Platz finden. Diese Dokumente sind allesamt hier veröffentlicht, allerdings auf 6 Sprachen.

Der von mir formulierte Anspruch lässt sich weder in einer Sammlung Artikel, noch in Büchern oder Vortragsreihen realisieren. In meinem Buch PAX, 2012 auf Spanisch im Verlag Milrazones (Santander) erschienen erkläre ich dass die gesamte Entwicklung des Friedens in einem kollaborativen Zusammenhang und nicht von einzelnen Helden (Gandhi, Martin Luther King, Mandela, etc...) bewerkstelligt werden kann.

Pragmatisch appelliere ich an die gewöhnlichen Familien und schlage vor dass diese sich um die Aufgabe bemühen z.B. über das Konsumverhalten die Wirtschaft zu steuern und sich selbst auch als Kontext einer menschlichen Entwicklung zu verstehen die sie alle betrifft.