M. Tech (Department of Information and Communication Technology, Faculty of Applied and Computer Sciences) Vaal University of Technology. / The author addressed the need of parents, school teachers and athletic coaches to be able to assess the level of performance and to compare performances of individual athletes of either gender and in any age group. This was achieved by creating formulas for the following areas in track and field athletics: • Correctly set base standards for all events from the results of 5 year weighted average performances. • Use the base standards to determine comparative standards for all events in all age groups. • Define a function to compare male and female performances in all events. • For all events, generate tables with a range from 0 to 1000 as a comparative measurement. These formulae were created using data from international and national meetings. Different case studies were used for each of the areas and the results were evaluated using the data. In all four areas, it was possible to define hybrid functions with a confidence factor better than 99%. The final performance tables can be updated during revision periods (every 2 to 4 years) by using the national results for the last 5 years. These revisions will be required as implements, tracks and training methods change with time and this will then in turn influence the performances. This is evident from the continuous improvement of records in all events. These tables will not only assist coaches to improve training techniques but it will also facilitate team managers to improve team selections, and it will open the options of meeting organizers to arrange meetings using different formats. As this is a new and unique formulation for measuring performances at junior level in world athletics it can be used as a basis for future improvements in the field of comparative measurement for athletics. Using these tables at senior level it may assist to settle arguments of performance comparisons that are not addressed by the current tables used by the International Amateur Athletics Federation (IAAF). It will also avoid the use of different tables for the same events in standard track and field athletics compared to those used for combined event competitions. The author of the tables used by the IAAF has recognised this work as a new and unique development. Future development will include the automatic update of all functions and creation of tables for publication from a standard Windows® based application. A companion application, using the results from this research, will be developed. This application will address all the administration functions required to conduct a meeting. It will include the preparation for the meeting, capturing of results during the meeting and result reporting after the meeting.

De acordo com os dados do Instituto Brasileiro de Geografia e Estatística (IBGE, 2010), o Brasil anuncia que o país caminha rumo a um perfil demográfico cada vez mais envelhecido, partir de 2039, será registrado o chamado crescimento zero; em 2050, o quadro muda: para cada 100 crianças de 0 a 14 anos, existirão 172,7 idosos. Inúmeros são os desafios enfrentados pelas pessoas idosas, principalmente para as mulheres que hoje representam 56% da população idosa. Um desses desafios é a transformação do corpo, e ao lado da falta de produtos do vestuário com medidas adequadas, que, além de vestir o corpo, apresente um caimento perfeito que atenda à necessidade física de uso. Esta pesquisa teve como objetivo propor os procedimentos, empregando dados antropométricos obtidos com o equipamento Body Scanner para elaborar tabelas de medidas, visando estabelecer padrões para serem aplicados na confecção de modelagem destinada a mulheres idosas. As medidas utilizadas neste trabalho fazem parte do Estudo Antropométrico no Brasil e foram cedidas pelo Serviço Nacional de Aprendizagem Industrial/Centro de Tecnologia da Indústria Química Têxtil (SENAI/CETIQT). Através dos estudos, foi possível classificar os corpos em vários tipos: retângulo com cintura grossa e fina, triângulo com cintura fina e grossa e triângulo invertido com cintura grossa e propor tabelas de medidas. Os resultados obtidos indicaram a viabilidade de aplicação da metodologia proposta para elaboração das tabelas de medidas / According to data from the Brazilian Institute of Geography and Statistics (IBGE, 2010), Brazil announced that the country moves towards an increasingly aging demographic profile since 2039, will be recorded the named \"zero growth\"; in 2050, the picture changes: for every 100 children 0-14 years there will be 172.7 older. Many are the challenges faced by older people, especially for women who now represent 56% of the elderly population. One such challenge is the transformation of the body, and with a shortage of garment products with appropriate measures, that in addition to dressing the body presents a perfect fit that meets the physical need to use. This research aims to propose procedure, using anthropometric data obtained with the equipment Body Scanner to prepare tables of measures, to establish standards to be applied in making modeling aimed at older women. The measures used in this work are part of Anthropometric Study in Brazil and were provided by the National Industrial Training Service / Center for Chemical Technology of Textile Industry (SENAI/CETIQT). Through the studies, it was possible to classify bodies in various types: rectangle with thick and thin waist, thin triangle with thick waist and inverted triangle with thick waistand propose measures tables. The results indicated the feasibility of applying the proposed methodology for the preparation of measurements tables

De acordo com os dados do Instituto Brasileiro de Geografia e Estatística (IBGE, 2010), o Brasil anuncia que o país caminha rumo a um perfil demográfico cada vez mais envelhecido, partir de 2039, será registrado o chamado crescimento zero; em 2050, o quadro muda: para cada 100 crianças de 0 a 14 anos, existirão 172,7 idosos. Inúmeros são os desafios enfrentados pelas pessoas idosas, principalmente para as mulheres que hoje representam 56% da população idosa. Um desses desafios é a transformação do corpo, e ao lado da falta de produtos do vestuário com medidas adequadas, que, além de vestir o corpo, apresente um caimento perfeito que atenda à necessidade física de uso. Esta pesquisa teve como objetivo propor os procedimentos, empregando dados antropométricos obtidos com o equipamento Body Scanner para elaborar tabelas de medidas, visando estabelecer padrões para serem aplicados na confecção de modelagem destinada a mulheres idosas. As medidas utilizadas neste trabalho fazem parte do Estudo Antropométrico no Brasil e foram cedidas pelo Serviço Nacional de Aprendizagem Industrial/Centro de Tecnologia da Indústria Química Têxtil (SENAI/CETIQT). Através dos estudos, foi possível classificar os corpos em vários tipos: retângulo com cintura grossa e fina, triângulo com cintura fina e grossa e triângulo invertido com cintura grossa e propor tabelas de medidas. Os resultados obtidos indicaram a viabilidade de aplicação da metodologia proposta para elaboração das tabelas de medidas / According to data from the Brazilian Institute of Geography and Statistics (IBGE, 2010), Brazil announced that the country moves towards an increasingly aging demographic profile since 2039, will be recorded the named \"zero growth\"; in 2050, the picture changes: for every 100 children 0-14 years there will be 172.7 older. Many are the challenges faced by older people, especially for women who now represent 56% of the elderly population. One such challenge is the transformation of the body, and with a shortage of garment products with appropriate measures, that in addition to dressing the body presents a perfect fit that meets the physical need to use. This research aims to propose procedure, using anthropometric data obtained with the equipment Body Scanner to prepare tables of measures, to establish standards to be applied in making modeling aimed at older women. The measures used in this work are part of Anthropometric Study in Brazil and were provided by the National Industrial Training Service / Center for Chemical Technology of Textile Industry (SENAI/CETIQT). Through the studies, it was possible to classify bodies in various types: rectangle with thick and thin waist, thin triangle with thick waist and inverted triangle with thick waistand propose measures tables. The results indicated the feasibility of applying the proposed methodology for the preparation of measurements tables