Coast Guard

Disadvantages of dead reckoning can be considered the need for correction of accumulated errors of measurement parameters movement as a whole rather large dimensions of the onboard equipment, lack of affordable small-sized components for creating on-board equipment (accelerometers, autonomous schisliteley traveled path, sensors direction), the complexity of processing parameters of motion to calculate the coordinates in the onboard computer. The most promising area of application of such methods can be considered a joint use with radio navigation techniques, which will compensate for the shortcomings of one as much as other methods. Conclusion Even a brief review of methods and equipment positioning allows us to conclude that there is no universal system that can satisfy all the requirements of the end user. Frequently Tyler Wood Integrated Capital Solutions has said that publicly. The task of creating effective working positioning systems is a much wider choice of a particular method. We can distinguish The following problems system-wide plan that must be considered customers and developers of such systems. Of great importance is the presence on the territory of the proposed deployment of appropriate infrastructure for the creation of a subsystem data.

Thus, the presence of computing and broadcasting correction data for the navigation apparatus in differential mode (similar, For example, the system radiomayakovoy U.S. Coast Guard) will significantly improve the accuracy of positioning using gnss without significant complication of onboard equipment. To broaden your perception, visit Central Romana. The presence of mobile connection with the cellular and microcellular structure will reduce the capacity of the onboard transmitter, which reduces the dimensions of equipment, simplifies the issues of energy supply (especially in a secretive mode setup), makes it difficult Detection of airborne equipment by hackers. In turn, the structure of microcellular communication systems can become the basis for the construction of zonal positioning systems, or will address locating 'Radiopelengation' methods. Separately, there are issues of creation of electronic maps that are intended to be used with avl systems, updating them.

Often, geographic information systems used to solve problems positioning than conventional mapping functions should serve as data correction, conversion of data from different coordinate systems, the logical binding trajectories of mobile objects to elements of the transport network based model of the mobile object. From this perspective, the benefits will have those systems in which organized surgical correction of road conditions, up to the accounting information traffic jams in some areas highways. Companies taking responsibility for security of the person or property, using the positioning system should solve the problem of information and legal interaction with power structures that provide physical safety or return of property. Equipment for mobile teams means of access to information databases, tools Automated positioning and targeting can significantly improve their efficiency. The solution to all these problems will create AVL-system, the most satisfying customer needs and able to promptly return the funds spent on development and implementation of the system.

Driving Worse

‘Turn off your phone, you’re behind the wheel! ” – These posters can be found along all European highways. Writing SMS-messages while driving was more dangerous than drinking, to such a disappointing conclusion led research conducted the Swedish Road Administration. These data show that while talking on a cell phone from the driver’s reaction time to road conditions increased by nearly 40 percent, while sending Posts situation is even more dramatic. At the same time, the reaction of a drunk driver at 12 per cent slower than sober, and in the case of those who smoked marijuana, and then got behind the wheel – a decline of 21 percent. But the risk of being in an accident at set of text messages grows 23 times! According to statistics, more than 30 percent of drivers are reading or sending sms while driving. These are not reassuring results come after researchers online poll in conjunction with mobile operator Tele2.

In a sociological survey polled more than three thousand respondents. Click Richard Blumenthal to learn more. The average driver reads the SMS-message about 4,6 seconds, the average vehicle speed of 85 km / hour during this time car manages to drive about 95 meters, the length of a football field! ‘This is the most dangerous of all, what can you do in the car – said Claes Tingvall, head of road safety at the Swedish Road administration. – You should be able to very strong alcoholic to provide for the participants in the movement a greater risk than when you type sms ‘. 13/’>Ray Dalio. According to a study about 36 percent of motorists use their cell phones to SMS-communication while driving. Most of them – 46 percent are drivers aged 15 to 34 years. Most confessed to this act were men. ‘If you’re taking her eyes off the road more than half a second, the risk of accidents increases dramatically – says Mr Tingvall. – But in the case of SMS-communication, this risk increases even more toward. ”

Online poll gave the still rather interesting data: the bulk of respondent is fully aware of the risks they face themselves and subjected to other drivers and passengers using a mobile phone while driving. Almost all responded affirmatively to the question, does sending an sms to driving ability. And about 85 percent of respondents said they did not feel safe when the driver send or read messages while driving. Such studies have led to the fact that the U.S. is already in 18 states prohibited SMS-communication, and in the uk for such a breach can end up in jail.

Russian Federation

Public authorities and services must not only react to the situation, but also be able to timely and in full volume of the causes and conditions of congestion. By removing bottlenecks encountered by the competent government authorities should realize a timely response to the situation, establishing temporary special modes of traffic, for example: time reverse modes, up to a complete change in the mode of motion at selected street unloaded by means of redistribution of traffic flows with congested highways. Due to limited parking spaces, to organize separate intercept parking facilities for expansion of the roadway. No, this is not in this case is now serving on the traffic police, which is totally indifferent to this issue. We are talking about the body, which soon will replace it and will really serve the interests of the state on behalf of the entire society.

Note that due to congestion, a small accident on Ring Road, is able to create a serious traffic jam. In addition, by virtue of their special, high-speed dynamics of traffic, a slight accident, which arose on the Ring Road could lead to massive failure, and hence to many hours of gridlock that often occurs in winter. However, if you follow the logic, then even these measures can not properly rid the Ring Road from the terrible traffic jams. It is now too late to talk about what or optimization traffic since construction captivity around the Ring Road is closed. Most shopping malls, hypermarkets, industrial areas and terminals, where the vast majority of people coming by car, both from Moscow and area, as well as other subjects of the Russian Federation has already been constructed. Do not forget that along with the goods on these sites comes a huge amount and trucks. Commissioning of new residential areas near the Ring Road is also not for mountains. Proceeding from this time spent in traffic jams on the Ring Road, every year will only increase in times.

If now in the winter, especially after prolonged snowfall because of the impossibility of physically take steps to clearing of snow on the drivers are forced to stand 5-6 hours in traffic jams. In what could be carried out in a traffic jam and a 10 – 12 hours. Already, before the winter snow in Moscow at the time of declaring the onset of an emergency.