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This research aims to construct a brand-new teaching and learning environment called Transportable Digital Learning Center (TDLC) which contains three important features: mobility, ready-made and self-contained features. TDLC is constructed for providing learning opportunities to (a) people in disaster areas with a temporary teaching and learning environment before their reconstructions finished; (b) people in undeveloped countries who do not have learning opportunities due to the lack of financial resources; (c) people in geographically isolated places like deserts or high mountain areas who do not have learning opportunities due to the isolation of their geographic locations. The mobility feature means that it can be transported to different geographic locations easily; The ready-made feature means that all the components of a TDLC such as access point, TDLC Server, power supply, Tablet PCs and charging devices used to provide a teaching and learning environment are all equipped inside the TDLC in advance; Self-contained feature means that it is unnecessary to provide it with any other resources like network connections and electricity to sustain its operation. Therefore, once a TDLC has been transported to its destination, it can be used to conduct teaching and learning activities immediately. In this paper, we describe the overall concepts, main components, system design and implementation, and teaching & learning activity design of TDLC. We also conducted an experimental English Situated Learning activity to evaluate the effects of using TDLC in the teaching and learning activity. Finally, some future research topics of TDLC are proposed.

The modern home has become a static fixture in society that is not reflected in the growing populous that is becoming an ever increasing mobile society. Many are not able to stay to the same place that they call home for long periods of time. Changing jobs, markets and neighborhoods force those to continue their movement around leaving what it is that they call their home to try and reproduce it within another location. The home finds itself lost in this transition and must now function on a greater adaptability than ever before and reflect the growing demand placed upon these structures. It must be able to easily and quickly change with the inhabitants growing needs and become a reflection of the currently growing mobile society. It must find itself able to move and adapt to new sites and surrounding whether suburban or urban. I intend to design a different type of residential environment that allows the ease of alterability and portability that proposes the home as a module that is easily added and removed from a larger structure and that holds the ability to expand and multiply to meet the needs of the owners. The tower must take a strong leap forward in construction and structural technology to allow the continuous altering of form and program through its own morphing. Related to this, the adaptability of the home modules are also envisioned. This new building would not only benefit the inhabitants, but also the owner. The quick and easy customization of space allows continuous occupation and an ease when providing for a variety of tenants whether residential or commercial minded. Where property is at a premium in urban centers, construction can be quick and continuous while allowing inhabitants to take their home while construction continues above them. It allows a greater adaptability to growing needs and demands of an increasing population but allows the owner to meet their own needs as well.

The Cottage Grove Fault System is an East-West trending system of strike slip faults within Southern Illinois that has been explored for mineral resources but never systematically examined for seismicity or seismic hazard. Due to its location between the seismically active Wabash Valley, Saint Genevieve, and the New Madrid Seismic Zones, and the prevalence of nearby structural features, this fault system merits its own systematic study. Using existing data from the EarthScope Transportable Array, seismic activity and implications for hazard are explored through microseismicity. Over a two-year period, the closest two seismometers to the CGFS were utilized to search for microseismicity along the fault. Analysis was done through visually assessing waveforms and frequency-amplitude plots, which can help differentiate mine blasts and earthquakes based on the frequency content of the waveform. During the 2-year deployment, a total of 94 seismic events were detected, with 5 previously unrecorded earthquakes located within the Cottage Grove Seismic Zone, although none were located on the main fault. The greatest magnitude of the Cottage Grove Fault System events found was an M_L 1.5 and the smallest an M_L 0.8. The methodology found all seismic events mb 2.3 or greater listed by the Center for Earthquake Research and Information (CERI) catalog, within a 150 km radius. Missed events from the CERI catalog were small and distant. Finding earthquakes near the Cottage Grove Fault System undetected by the CERI network demonstrates that the region has a degree of previously undetected seismic activity. Preliminary event detection is better explained by a b-value of 0.7 than a b-value of 1.0, suggesting current estimates of the hazard of the CGFS is underestimated.

Magister Artium - MA / South Africa became a globally recognised democratic country in need of a development agenda after its first democratic elections were held in 1994. Democratising South Africa, however, requires rigorous attempts to open up spaces for and by the previously silenced and marginalised segments of society to become active and participatory citizens. Within the framework of New Literacy Studies and a “sociolinguistics of mobility” (Blommaert 2010), this study explored the link between selected discourses and literacy resources used by three groups of Coloured women in the working class township of Wesbank in Cape Town, South Africa. The study was framed as ethnographic, qualitative research and Appraisal Theory (a branch of Systemic Functional Linguistics) was applied to analyse the identified discourses. Based on the research findings, I also identified what literacy resources these women used for the purposes of empowering one another and the broader space of Wesbank. In addition, I proceeded to label several “transportable literacies” that my research participants from this hybrid community – where everyone “…is a migrant from elsewhere” (Dyers 2008) - appeared to be sharing in order to co-create the spaces which they use in Wesbank.

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International Telemetering Conference Proceedings / October 25-28, 1993 / Riviera Hotel and Convention Center, Las Vegas, Nevada / When hundreds of millions of dollars are invested in building, launching, and command/control of modern military space systems, the developers and operators need assurance that when their system achieves orbit, it will be able to "talk" with the ground network, exchanging commands, telemetry and ranging signals. Furthermore, prior to launch they need proof of compatibility with the ground data systems, showing that operational ground-based crypto keys, database parameters, and processing software are in-fact compatible with the spacecraft. This paper describes Air Force Materiel Command (AFMC), Space & Missile Center (SMC) Detachment 2's four classes of deployable test assets, emphasizing deployable's contribution to successful on-orbit performance. With not only the huge dollar investment, but even more important, the ability to execute a vital test or operational mission riding on compatibility, and launch vehicle and on-orbit test and evaluation operations the watchwords are "Don't leave the pad without it."

International Telemetering Conference Proceedings / October 23-26, 2000 / Town & Country Hotel and Conference Center, San Diego, California / White Sands Missile Range is supporting Ballistic Missile Defense Organization (BMDO) target firings from Ft. Wingate, NM. This two Off-Range Corridor allows BMDO to conduct long range testing within the continental U.S. The Transportable Range Augmentation and Control System (TRACS), consisting of a control van and one of two Mobile Telemetry Systems (MTS), provide the necessary on-site telemetry support. The Dual Remote Interferometer System (DRDAS) that tracks the telemetry RF carrier in support of Missile Flight Safety (MFS) is also included in this paper. This paper describes the telemetry support scenario in terms of preliminary simulations followed by real-time support. Real-time support consists of data distribution from the MTS to the Telemetry Distribution Center, TRACS Control van, Missile Flight Safety display van, Project Support vans, on-site data processing, as well as relaying raw data to the main WSMR Telemetry Data Center (TDC) for real-time analysis. As soon as telemetry data arrives at the TDC, it is converted into information. This information is used by MFS during real-time monitoring of vehicle performance. This paper includes the methods used for the conversion of data into information on-site and at TDC. Real-time data processing involves multiple independent systems performing their respective tasks on a particular segment of data.

Oito blocos transportáveis para calibração foram construídos para serem utilizados como padrões de concentração na calibração de espectrômetros gama portáteis e aerotransportados. Todo o procedimento de construção é descrito em detalhe. Os blocos, com dimensões de 1 m x 1 m x 0,30 m e massas variando entre 593 kg e 673 kg, devem a sua radioatividade à adição de diferentes quantidades de feldspato potássico (ortoclásio), caldasito e areia monazítica à massa de concreto. As concentrações de potássio, urânio e tório variam significativamente de um bloco para outro atingindo valores máximos de 5,7% de K, 45,6 ppm eU e 137 ppm eTh. A distribuição do fluxo de radiação gama proveniente da superfície dos blocos de concreto e a magnitude das heterogeneidades na concentração dos elementos radioativos foi determinada experimentalmente. Como exemplo de aplicação apresenta-se o resultado da calibração de um espectrômetro gama portátil. / Eight transportable calibration pads were built in to be used as concentration standards for portable and airborne gamma spectrometers calibrations. The pads construction procedure is described in full detail. The pads, with dimensions of 1 m x 1 m x 0,30 m and masses between 593 kg and 673 kg were made radioactive by the addition of different amounts of k-feldspar, caldasite and monazitic sand to the concrete masses. The potassium, uranium and thorium concentration vary significantly in the pads, reaching maximum values of 5,7% of K, 45,6 ppm eU and 137 ppm eTh. The distribution of the gamma radiation flux from the pads surfaces and the heterogeneity magnitudes of the radioactive elements concentration were experimentally established. An example of gamma spectrometer calibration is presented.

Mobila verksamhetslokaler erbjuder flexibel lokalförsörjning som alternativ till permanent utbyggnad, eller under tiden som befintliga lokaler renoveras eller byggs om. Denna flexibla möjlighet används dock i en ganska liten omfattning på marknaden. För att öka lokalernas användning finns det därför ett behov av en marknadsundersökning som identifierar de faktorer som kunden värderar. Utredningen syftar till att få fram vad kunden värderar då han eller hon hyr och/eller använder en temporär lokal, och möjligen identifiera nya element som inte finns i marknadens utbud. För att få fram värderingsfaktorer har en litteraturundersökning implementerats och samtidigt har 13 personliga intervjuer genomförts. Intervjuer skedde med personer som använder dessa lokaler och parallellt de som tecknat kontrakt för att hyra dessa lokaler. Studieobjekt är kontor, skola och förskola. / Mobile buildings offer a flexible supply of buildings as an alternative to permanent expansion or while the existing facilities being renovated or rebuilt. This flexible option is used, however in a rather small scale in the market. Thus, to increase consumption of mobile buildings, there is a need for market research that will contribute to find the factors that customer value. The purpose of research is to investigate customer values when it leases and/or uses temporary buildings, and possibly encourage new elements that do not exist in the market range yet. To obtain the valuation factors have been implemented a literature survey and 13 personal interviews were conducted. Interviews took place with people who use these buildings and those who entered a contract to rent these buildings. The study objects are offices, schools and kindergartens.