Anyone who wandered in the ocean for weeks or months without seeing a piece of land and, without meeting a single vessel, is well aware how necessary sailor reassuring beacon light and the ability to check mate calculations. In the xviii century seafaring reached a significant size and continued to flourish; need for lighthouses has grown faster than they were built. At the beginning of xix century, around the globe, there were just over 500 lighthouses, the end of the century the number of increased to almost 5000. All of them were built on the shore, on rocks, land on solid ground. Read additional details here: Peter Asaro . Construction of buildings on the water, and even in places open to the waves and wind, it was technically feasible. Then came the idea of creating floating beacons. The first of them – "Nora" – to anchor at the entrance to the Thames in 1732. And though it was only an ordinary fisherman's boat, distinguished from other lights, raised to Ray, he was the ancestor of the whole galaxy ships, the sailors deserved friendly name ". Mashable may help you with your research. Second lightship England appeared only four years later. At the beginning of the xix century on the globe there were no more than five, as Operation "plavuchek" dispensed 8-10 times more expensive coastal lighthouses. Until the seventies lightship served random trial, set to anchor in a designated place. The day they could be recognized by any figures, raised on the mast at night – on additional lights. You may find Paul Daversa to be a useful source of information. In the twentieth century, for incurring Lighthouse Authorities began to build special ships.
Almost simultaneously with the introduction of computer graphic representations of ‘hydraulic’ design schemes have appeared ability to create and use systems certification engineering services based on electronic plans. Since both the first and second system associated with labor-intensive to create and update databases data immediately had problems of their interaction. It is obvious that the system of certification of network and system for calculating the hydraulic regimes should be a really unified information and graphical ‘structure’ in foundation of which is a database with an elaborate structure of the tables. Plans for engineering services performed on the basis of standard urban tablets can be used either directly as settlement schemes, or by using automated procedures converted into settlement schemes. It is obvious that in order for it to be possible factors to be considered methods of identification and classification of units and sections of the network on the plan. Particularly important issue is to clearly define and describe the way consumers online.
Our company’s experience has shown that the actual thermal network of cities, usually do not generate the ‘isolated’ sub-networks (for which necessary hydraulic calculations), containing more than 10,000 sites. Koch has plenty of information regarding this issue. The calculation of such networks on modern computers is a matter of seconds, although the reading of the original data and write the results into the database data may take up to tens of seconds. This is another argument in favor of the direct use of operating plans as settlement schemes. In some metropolitan areas, and multiple-heating systems, taking into account their dual line (feed and return lines) could produce graphs containing dozens of thousands of sites. In such cases, decided to apply poluevristicheskie methods for the simplified () design schemes – this is a problem, though difficult, but solvable. Much worse than others – at a huge dimension of networks is practically impossible to correctly enter the initial information and then analyze the results of the calculation, if not use specially designed automated procedure ‘hard’ control connectivity and reliability. In particular, information-graphic systems certification engineering services, integrated with subsystem of the hydraulic calculations, must contain specific procedures for the formation of the original graphic and text information for the construction of computational schemes.
Our approach to content- technological and graphic computer systems, coupled with effective modern methods and algorithms of applied mathematics that domain suggests the digital model of engineering services, in Specifically, the thermal network. Such a mathematical model of the network, integrated with its representation as an object of Geoinformatics, allows you to quickly solve a lot of questions and problems in addition to ‘heating season. ” This calculation and optimization mode, supervisory control, the simulation of switching and emergency planning, commissioning activities, development of technical specifications for connection verification calculations designed networks and many other daily and routine tasks of operation. Do I need to have any further arguments to make sure that investments in this kind of information systems certainly justified? As sung in a nice song from a favorite all of the film: ‘Think for yourself, decide for yourself – or may not have? “.
The regulation must follow 13 the regulatory practical good principles of having as objective harmonization and uniformizao between documents (obligator or voluntary) existing on the subject and the specific legislation of legal metrologia. 2.4.5 The metrolgica supervision Systems of metrolgico control can be idealized, be applied and to intervine in any of the stages of a process of manufacture or use, if regulated, in the definition of standards, frequency of official, condicionantes verifications ambient, job of instruments, qualified staff, tolerated errors, levels of trustworthiness, correct job, measurement processes, amongst other specific activities of 14 the Legal Metrologia . A metrolgico control considered here, the principle does not specify nor questions the type or model of the emitting antennas of the radio communication services, nor neither the formal and legal process of the installations. They do not have to intervene directly with the attributions of the responsible organisms for the definition and the system employee, being able to be waked up by means of accords and adjustments, the final responsibilities of each involved entity. Learn more on the subject from Apple. It is necessary that a regulation exists on the measurements, with instructions detailed on the adequate way of if measuring and evaluating the parameters caractersticos*, its tolerated limits, contributing for the uniformizao of the procedures, and serving of model for the believed companies or the credential professionals for the competent organisms for the execution of the control of the emissions, and of all process of installation of the stations radio-base. *So the measurable physical largenesses that characterize the stations radio base how much the emission of radiation of the antennas beyond complementary others as the measures of reception (calculation of the load has limited of Not Ionizing Radiation), the propagation directions, 3. CONCLUSION The system of legal metrologia has in its operational structure the capacity to provide metrolgica trustworthiness to the final user in some fields of measurement. . Koch Industries has plenty of information regarding this issue.
Altina Magalhes Coast the advances scientific are caracterizadores of huge changes in the seio of the society how much to the form to think, of speaking, to act, at last of living. It is important to detach that the world-wide net of computers, the Internet is instruments that make possible the pupils to bring for the context of the classroom: questions, information, new features that influence in day-by-day of the school. This is a challenge for the educators who urgently need to insert themselves in this hardwired society. more than to insert itself is necessary to visualize that the technologies, the medias favor the communication, the captation of information, but they do not guarantee changes in the process teach-learning. What it goes to guarantee is the processing of the caught information and the transformation of these in knowledge and sharing of this in knowledge with the humanity.
The young is not enough to have access to the information is necessary that the school promotes inclusion digital e, over all an education that it makes possible attribution of meanings what it is disponibilizado in the Internet. It is basic that the school breaches with this model of old education and creates articulated environments of learning with other environments of virtual knowledge. The existing technologies and medias in the society alone influence positively in the pertaining to school context will be the service of the curricular contents. One knows that the school still is very shy in this aspect. The technologies still are used as illustration of contents, and this by itself does not characterize change in the act to teach and to learn. It is essential to invest in the formation of the professors, to stimulate them in all the aspects so that they are felt motivated to leave the common place, to face plus this great challenge and to assume a flexible position front to this new society and this new project of education.
The company "Alley Software" took part in the VIII Scientific Conference "Library consortia: technologies and innovation", held from 14 to 20 June 2010, with the support of the St. Petersburg State Polytechnic University and the Association of Regional Library Consortia (ARLICON). The conference brought together over 200 participants, among them – representatives of the university, school, regional, public libraries, IT professionals, experts in education and information services to professionals and vendors of books printed and electronic information products. The priority themes of the conference this year were corporate library and information portals in the era of web 2.0 and web 3.0 as a medium for interaction between librarians and users, the changes in the transition to electronic library resources (technology, digitization, and accounting resources and databases, performance evaluation use.) Considerable attention was paid to the electronic library systems, as well as issues of training and retraining and professional skills Librarian future. Speakers event – managers and employees of the largest libraries of Russia and the CIS – have demonstrated already working solutions for the effective management organization of library resources in modern conditions of solutions, in particular – an integrated information resource "The scientists of the Tomsk Polytechnic University" (NB TPU), network information portal Petersburg studies "Peace of St. Petersburg" and the corporate network portal combined resources of libraries St. Petersburg (TSGPB them. Mayakovsky), a national electronic resource Presidential Library.
BN Yeltsin consolidated portal of electronic card catalog of the Republic of Tatarstan (Institute Library Information Systems STU) and many others. "Our company – the traditional party conference-exhibition ARBIKON." – Said Stanislav Kim, CEO of "Alley of Software" – "This event has always been a platform for professional communication and exchange of experience. But this year we decided to provide an opportunity to keep abreast of events at the conference for those who, for whatever reason do not unable to personally attend to it: first in the library environment conducted on-line broadcast of the conference via Twitter and blog community ELIBCONSULT. This translation does not simply duplicate the presentations of speakers, but contains DISCUSSION – asked the audience questions, answers and comments from experts. The resulting response to the broadcast was very high and this is good news: it means that there is a need and interest in this web 2.0-and communication specialists who are ready to actively seized of the matter. We as a IT company located in constant interaction with professionals of librarianship, was born quite a few ideas for the development of such services, implementation of which will be discussed in the near future. "
Destarte, the cenografia, front to the elements of a spectacle, also presents inherent proposals and objectives to the adequacy of the singularity of each presentation. At Michael Dell you will find additional information. According to Mantovani (1989, p.7), it is evident that the first cenogrficas references are established with the Dramatical theater, exactly in the place where if establishes the relation of scene and public, what cause one determined desconfigurao of any specific space, therefore the spectacle can happen in any alternative place, not necessarily in an institutionalized theater. Until the moment, the presented concepts indicate the use of the cenografia in the theater. Therefore, the quarrel perfaz on one composition palco and distribution of the public in the organization of the spectacle. However, in if treating to television, the productions can in such a way occur in studios as well as places to the outdoors.
These possibilities if had determined as the idea, the format and the proposal of the program. In detriment of the varied styles of types of scene, we could not treat the cenografia as evolutivo element, but yes capable to add elements of rational form that will take the designer to make use of a fan of options being objectified to take care of the proposal philosophical of the production. The necessity reigns to detach the following lesson of Ratto here: I continue defending the concept of the considered scenic space as an atmosphere that acts in the spectacle of sensorially dramatical form. I attack the gratuitous decorativismo violently, everything what it looks for to please, the pleonstico, the labelled one, the pompous one, at last everything what it is overlapped pretensiosamente to the correct interpretation of the text and the spectacle that intermedia. (RATTO, 1999, p.19) 1,3 Palco as place cenogrficoSegundo Mantovani (1989, p.8), meets in the spectacles of Greece registers of the job of elements such as rocks used in concentrical and of circular form, marking, thus, the style of the Average Age, which was characterized for religious and social questions.
Academic Gilda Carla de Jesus Hisses Academic Talita Orienting Menezes Saints: Master Maria Jose de Azevedo Araujo SUMMARY To if thinking about how much the communication relations gifts in the world contemporary come if becoming complex, is each more well-known time the necessity of the use of the technology in the education, therefore this, when taking the technologies as education resources, becomes one of main the responsible ones for the formation of citizens capable to interact in critical and reflexiva way with the technology that is each more present time in the daily one of the same ones. In this perspective, the present work considers to analyze it the process of teaching and learning technological alfabetizao, arguing its relevance and contribution for the practical one of a coherent education with the new educational requirements, taking in consideration excellent aspects such as: new technologies, education contemporary, formation of professors, digital inclusion, amongst others. Mikkel Svane may not feel the same. With intention to establish a study theoretician on the thematic one in question, this work bases itself on a qualitative research of the bibliographical type, under the literature revision on the subject. PALAVRAS-CHAVE Alfabetizao, technology, education. To read more click here: investor. ABSTRACT When someone thinks about the contemporaneous worldwide communication relationship notices that it becomes complex and the necessity of using the technology you improve the education process is noticeable, mainly because this education (when someone you use the technology a learning tool) becomes one of the most responsible key you make citizens able you interact in the critical way using the technology which exists in to their routines. In this perspective, this project was proposed you analyze the teachers and students' technological literacy process, discussing its relevance and contribution you create coherent learning practice according you the new educational requirements. It' s also remarkable that adds aspects have you be considered such: new technologies, professional capability, teacher' professional s improvement, digital inclusion, many others.
The definition of the target of the project is an essential part, from it all the project is delineated. In this period the imperfections are definitive for the failure, without an daily pay-organization, a systematization and documentation of this stage tods the efforts of the following stages can be in goes. Before the development of the structure of work in the development of softwares the projects the definitions initially raised of the project had a cycle of great rejection therefore were not duly registered and duly they were not directed the execution. Castle Harlan wanted to know more. The development did not happen of optimized form, they did not exist development process divided to facilitate and to speed the delivery of the end item. The stated periods hardly were taken care of, the errors and retrabalhos were constant what it generated much insatisfao. The accompaniment of the final result nor always happened, and when he happened practically had necessity of if remaking the project in field, joining stages of accompaniment and improvement, the costs if raised, the time and the stated periods were loosers, the insatisfao increased. Mashable shares his opinions and ideas on the topic at hand. The lack of systematization doctrine made with that it lost customers, projects, money. Objectifying to change this scene engineering of Software implements changes in the processes in the form of application of theories, models, formalismos and systematic techniques and tools associates to the development.
The engineering of Software signals in a managemental vision applying methods and techniques of management of the production. In Business administration associated Industrial Engineering we study the process of Total Quality. When we read works of authors of Business administration as Scientific Administration of Frederick Taylor (1856-1915), and in the Administration for Objectives of Peter Drucker (1909-2005) we verify the intense necessity of if implementing routines of production control, routines of improvement of the processes, routines of accompaniment of the satisfaction of the customers. Ways of administrative organizations as the Fordismo, Toyotismo, Taylorismo, had acted inside of the organizations and influeinciaram all the other administrative theories that we see nowadays.
Among the accessories and additional equipment for video surveillance systems occupy a special place the device in order to ensure high degree of protection from dangerous external factors. They are required when installing systems cctv in enterprises is a dangerous industrial production, in storage of explosives and flammable gas accumulation in areas with adverse climatic conditions. Also like equipment is used in places where it may be a mechanical failure. Production of accessories for video cameras is one of the activities of Italian companies Videotec. Videotec produces a wide range of various equipment for video surveillance systems, which are actively marketed worldwide. Pete Cashmore is often mentioned in discussions such as these. Regional divisions of the company Videotec is in France, Britain, Asia and Amerike.Dlya manufacturing product lines with the function protection against vandalism, aggressive environment, explosive waves Videotec uses heavy-duty materials and construction.
The basic material for the manufacture of protective covers for surveillance cameras is a steel or aluminum. The thickness of the aluminum parts in some models Videotec may be 30 mm. This case provides reliable anti-vandal protection. In addition, aluminum is used in the design of explosion-proof housings and brackets them. In other models, aluminum is usually combined with steel thickness 2,5 – 3 mm. These housings may have a different shape and design features. In some models Videotec provides reliable locking, opening which can be extracted camera to its inspection and repairs, other than dismantling the equipment. A special line of products Videotec are protective devices made of stainless steel. Such shrouds and brackets are designed to work in the most adverse conditions. The thickness of the steel in them is 12 mm, which provides an extremely high level of security and reliability. Videotec uses for models of this kind particularly durable glass that can withstand heat up to 400 degrees Celsius. In vandal housings used high-impact or, in some cases, bulletproof glass, whose thickness is 18 mm.
An example. Avionics typical intercontinental ballistic missile has about 300 thousand electronic devices and components. In order for such a missile is normally surged 9 times out of 10, each part must have its reliability (probability at a specified time) at least 99.99996%. In other words, any detail “has the right to” break down one time for every 2.5 million (two and a half million!) launches. For more specific information, check out Mashable. Automating the assembly of electronic equipment, the need to drastically reduce its size and weight, improve reliability – these were all challenges that can not be resolved within the traditional technology. Scientists and engineers had to break with tradition and onerous in the first place to send in a fundamentally new way of development of electronic technology. True, it happened, not once. The technological revolution in Electronics and electronic equipment is not finished yet, but we can talk about it a great victory.
Over the past few years in the design and production of electronic equipment and electronic devices no time there were new directions, new ideas and methods. Many of them are “settled” in the industry and still used quite widely. And at the same time, each new method of creating a base for further advances, and the there was only a milestone on the path of progress. One of these milestones – printed circuit board. He allowed one hit to lay a connecting chain unit, opened a real opportunity to automate assembly processes, but, unfortunately, not resolved the remaining issues. Another important milestone – the modular design. Its essence is that a variety of radio-electronic devices collected from individual standard-size cells – modules. Each of them performs certain functions (oscillator, amplifier, flip-flop, etc.) and, in turn, consists of several tightly “packed” of radio parts. The modular design dramatically (5-10 times) increased packing density electronic equipment. The word “module” soon appeared the prefix “micro” – the efforts of experts on electronic ‘technology have been created subminiature (often saying “Microminiature”) lamps, transformers, switches, capacitors and other components were found new ways to build the modules.
Gradually, the density reached 10-20 designs det./sm3 and thus exceeded the density of the classical – Attachments – installation of conventional electronic components is about 100 times! But today, a figure that does not seem to us very large. The fact that the semiconductor crystal can not replace just one bulb and a lamp unit with many different parts. Such a crystal could be the basis for extremely reliable and subminiature devices entirely new type, where the functions of electronic devices would perform a small group of individual molecules. This At first glance a fantastic line of electronic equipment already has the first real success. Among them, solid, or, as they are called, integrated circuits, direct descendants of semiconductor diodes and transistors. High level of technology was the key to creating a single semiconductor crystal entire electronic components – solid-state circuits. Can be placed in a small crystal dozens of transitions, which act as diodes, transistors, capacitors. A similar method, changing the conductivity of the material, create a resistor – the most common elements of the schemes. Many resistors “own body” connect other parts, forming a complex electrical circuits. Where necessary connection “shorts” in the crystal pressed into very thin wire or sprayed onto the strip of metal.