2,249,268 research outputs found
Bangladesh’s energy crisis: A summary of challenges and smart grid-based solutions
No full textSmart grid technologies are an important topic of research and discussion in academia and electrical industries globally. When properly applied, these technologies can enhance the quality, reliability, and availability of electric power while maximizing safety and sustainability. This will both improve economic productivity for industry and quality of life for residents of Bangladesh. Application of smart grid technologies to establish microgrids, based on renewable energy sources as solar and wind power, into the main grid is imperative to ensure the reliability and quality of the electric energy supply to the growing light industries; the driving force of the economic growth for Bangladesh. This paper presents the concurrent condition of energy sector of Bangladesh and discusses the purpose and methods for adopting key smart grid technologies to reach the target put forth by the government of the country in terms of satisfying the demand forecasted in the country's strategic long term plan
Caricatures of people and animals [picture] /
No full textIn: Augusta Alice Smart scrapbook.; Title devised by cataloguer.; Condition: Some foxing and stains with tear on lower left of page.; Also available in an electronic version via the Internet at: http://nla.gov.au/nla.pic-vn3964370; Exhibited: "Cooee", National Library of Australia exhibition gallery, 14 June - 9 September 2007. AuCNL. Page of small drawings, caricatures, people and animals in the sketchbook some of which have inscriptions beneath. This is page 7 in the Augusta Alice Smart scrapbook
Smart streetlights for smart cities
Get PDFStreetlights are a key asset in any city as they provide a sense of safety and security to the public, especially pedestrians, and increase the quality of life by artificially extending the day. Streetlights that are smart and operate intelligently and autonomously can provide added benefits of additional lower energy consumption and lower carbon emissions. Such an asset can also provide the extra connectivity and sensor data flows required to allow algorithms centrally or locally deployed to act on relevant information to optimise asset energy usage and provide a degree of automation of operation. This article will discuss a smart street lighting system developed by Autonomous-IoT, a UK-based SME
Smart Light Fields
No full textSmart Light Fields is a live mapping of the movement of Smart Light Sydney festival-goers across Circular Quay. Also exhibited in the Creative Sydney Festival, Museum of Contemporary Art, Sydney. May 27-June 12, 2009
SMART-Plant project poster
No full textScale-up of low-carbon footprint MAterial Recovery Techniques in existing wastewater treatment PLANTs
SMART-plant aims to support the water sector to improve and ensure environmental protection, become more adaptive, and respond to contemporary environmental and societal challenges by introducing innovative technological solutions, moving towards resource recovery approaches in wastewater management
SMART-Plant project flyer (H2020)
No full textScale-up of low-carbon footprint MAterial Recovery Techniques in existing wastewater treatment PLANTs
SMART-plant aims to support the water sector to improve and ensure environmental protection, become more adaptive, and respond to contemporary environmental and societal challenges by introducing innovative technological solutions, moving towards resource recovery approaches in wastewater management.
SMART-plant will scale-up and demonstrate eco-innovative solutions to upgrade existing WWTPs. Nine pilot low-carbon footprint systems will be applied in the real environment, in five different wastewater treatment plants with the aim of optimizing wastewater treatment, resource recovery, energy-efficiency and reduction of greenhouse gas emissions. Through these processes, a comprehensive portfolio comprising of biopolymers, cellulose, fertilizers and intermediates will be recovered and processed up to the final commercial end products.
The SMART-Plant project promotes the energy efficient wastewater resource recovery concept, through the technology platform developed within existing plants to eventually prompt the development of new products and business opportunities.
Global market deployment will be achieved as the right fit solution for water utilities and relevant industrial stakeholders, considering the strategic implications of the resource recovery paradigm in case of both public and private water management. New public-private partnership models will be explored connecting the water sector to the chemical industry and its downstream segments such as the construction and agricultural sector, thus generating new opportunities for funding, as well as potential public-private competition.www.smart-plant.e
A smart tool for the diagnosis of Parkinsonian syndrome using wireless watches
Get PDFThis work is licensed under a Creative Commons Attribution 3.0 License.Early detection and diagnosis of Parkinson disease will provide a good chance for patients to take early actions and prevent its further development. In this paper, a smart tool for the diagnosis of Parkinsonian syndromes is designed and developed using low-cost Texas Instruments eZ430-Chronos wireless watches. With this smart tool, Parkinson Bradykinesia is detected based on the cycle of a human gait, with the watch worn on the foot, and Parkinson Tremor shaking is detected and differed by frequency 0 to 8 Hz on the arm in real-time with a developed statistical diagnosis chart. It can be used in small clinics as well as home environment due to its low-cost and easy-use property
Why aren't we all living in Smart Homes
No full textVisions of the Future, like the Jetsons cartoons, show homes which are smart and able to control household appliances, to make living easier and more comfortable. Although much research has been carried out into the effectiveness of different visualisation techniques for conveying useful energy consumption information to householders, and in techniques for controlling the timing and coordination of appliance use, these techniques have failed to achieve widespread penetration, and the vision still seems far from a reality. This paper examines the reasons why smart home technologies have so far failed to have any real impact, which is intricately intertwined with the design of visualisations in this context, and why we are not already living in Smart Homes. It examines these questions under four sections: Technology, Consumers, Electricity retailers and Government agencies, using examples from New Zealand’s electricity sector
Bow ties quilt by Edna Dickson Smart
No full textImage of Bow Ties quilt created in 1940 by Edna Dickson Smart. Also includes questionnaires describing the quilt completed by Geniel Leishman Smart as part of the Utah Quilt Guild\u27s documentation days held from 1988-1994. This is an original pattern by Ruth Ann Roberts of Wellsville, Uta
Blijft het in Den Haag bij smart city of wordt het smart urbanism?
No full textNormaal gesproken somt men bij smart cities de nieuwste gadgets op. Verbeeldt Siemens haar utopie en promoot men het smart grid als de grote oplossing. Echter, tijdens het ‘Actueel Den Haag Debat’ (ADHD) kwam een interessante tegenstelling bovendrijven. Die leidde tot wat ik maar de Wet van Hajer noem: smart city + lokale politieke keuzes = smart urbanism. Wat gebeurde er?Heritage & DesignTeachers of Practic
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