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“This is an event where one gets one’s goals for the next year.” Paul Verhoef, program director for satellite navigation programs of the European Commission, may have exaggerated for effect, and for the benefit of his audience and hosts at the Munich Satellite Navigation Summit in March. But not by much. The conference, now in its eighth year, has assumed increasing importance on the international circuit of GNSS policymakers and communicators. Although with a decidedly European bent, it draws representatives from most if not all systems to mingle and present. A 16-member delegation from China’s Compass system furnished one of the liveliest topics of conversation — and speculation. “When we started in 2003, there were many technical conferences on the one side, and we saw a niche for the institutional and political side of satellite navigation,” said Berned Eissfeller of the Institute of Geodesy and Navigation, German Federal Armed Forces University, conference director and host. You can watch video clips of Eissfeller and other speakers. GNSS came in for a check-up, a sort of self-examination this time. The 2009 conference was titled “The GNSS Race,” but this year it was “GNSS — Quo Vadis?” The Latin phrase means “Where are you going?” Following program updates, sessions focused on safety-of-life, compatibility, legal/intellectual property, and privacy issues. Galileo. Paul Verhoef continued his remarks that open this story. “I have been given [my goal]: Galileo must succeed. “You know the world today is not what it was a year ago. It means obviously the financial crisis has had an impact on our economies, on public finance, and therefore I would not be surprised it may leave its mark on satellite navigation. The reason is simple: the systems that are either operating or being deployed are being publicly financed. Galileo is the only system that is financed from a purely civilian budget. All the systems need more than ever to demonstrate their public utility. “I put it to you that this is an opportunity. As we’ve already heard, there is much to be gained in this market. After the PC, mobile communications, and Internet, satellite navigation is the next breakthrough technology. There are enormous revenues foreseen and already present in this market. There are many jobs possible for those who want to get it, and we think from the European side we have an enormous chance of capitalizing on this among other things by investing in this technology. Therefore, Galileo- and EGNOS-based innovation is certainly politically of interest. “Obviously, it is not a path of roses. There will no doubt be many more critical questions during these days. However, from our side, we have set our goals. I think they are modest, but they are firm. We want to be the second system of choice. At least in the first instance, we will see where we will go after that. Obviously, this is going to cost a bit of time. I shall invite you, if you get impatient, if the public gets impatient, to look at the history of the other systems. Developing and deploying these other systems is costing time. “We think that Galileo will meet its deadlines. I think one of the important messages this year, and you have seen it, we are putting things in place. There are contracts in place, there are satellites on order, there are launches on order, there are installations being built — Oberpfaffenhoffen, Fucino, there are others around the world — EGNOS is operational, we’re going to declare the safety-of-life of EGNOS later this year. So we are really moving forward at good speed at the moment. “We need to win the hearts of the users, the application providers, and the service providers. At the downstream market is the real challenge for these systems. We need to help do that. We are addressing this among other things by providing a more and more reliable schedule for availability of Galileo and EGNOS services.” Galileo ICD Soon. “We are about to publish in the next couple of weeks the so-called signal-in-space Open Service interface control document, which I know a number of you have waited for a long time. “We need also to move forward at a political level. In this case, no GNSS system can be credible if it is not backed by a long-term political commitment particularly by its owner. So after the decision of the Parliament and the Council to deploy the system, these two institutions are now clearly called upon to provide us such political long-term commitment that is credible in the eyes of the users.” GPS. Anthony Russo, director of the U.S. National Space-Based PNT Coordination Office, said “Keeping cards close to the chest in a competitive situation can well become a liability, creating a future need for a re-work or undoing if you paint yourself into a technological corner.” This appeared to refer to China and its Compass system; information has been singularly difficult to obtain on almost every aspect of this budding constellation. Regarding the April 2009 U.S. General Accountability Office report that forecast gaps in constellation availability, Russo stated, “The GAO will revise its report somewhat. They were using a model that was a little too cautious, one used by the [GPS] Wing. But satellites on orbit have been performing past estimated life. Further, we can turn off secondary payloads to conserve energy onboard satellites [and thus extend life] if needed.” The next morning, Lt. Col. Liz Roper, Air Force Space Command, gave a status and modernization briefing; the most eagerly awaited development is the launch of the first Block II-F satellite, scheduled for some time in May. She alluded to “a few setbacks” from the August 2009 launch of SVN49 with its well-documented signal problems, but emphasized the episode’s “positive aspects: the relationships we’ve been able to build in seeking solutions to that situation.” GLONASS. Grigoriy Stupak, deputy general director and general designer on GLONASS systems, briefed the audience in fluent Russian. For a recent launch update, see story below.   Compass. Two of the Chinese delegates spoke in the opening session. Jiao Wenhai from China Satellite Navigation Office did elaborate the basic principles of the Beidou (Compass) system: openness (“China will widely and thoroughly communicate with other countries on satellite navigation issues.”) independence compatibility (“China will pursue solutions to realize compatibility and interoperability with other satellite navigation systems.”) gradualness. He promised an English-language version of the governmental website www.beidou.gov.cn or www.compass.gov.cn “soon.” Wenhai recapped: the frequencies Compass will use: 1561.098, 1207.14, and 1268.52 Mhz in Phase II until 2012; and 1575.42, 1191.795, and 1268.52 in Phase III by 2020. the general development plan: five geosynchronous, five inclined geosynchronous, and four mid-Earth orbit satellites providing a Chinese regional service using mainly Compass Phase II signals; then development of a global service broadcasting mainly Compass Phase III signals from five GEO, three IGSO, and 27 MEO satellites. The Chinese speakers displayed a certain disingenuousness in giving verbally and in their slides the location of the January launch, Beidou G1 geostationary satellite, as 160 degrees East, somewhere over the open Pacific. When GPS World pointed out that NORAD satellite tracking shows G1 has been repositioned to a slot at 144.5 degrees East longitude, they huddled for several minutes before stating that yes, it had moved to that position and was undergoing in-orbit testing. That spot was previously occupied by Beidou 1D, apparently decommisioned about a year ago due to power problems. 1D currently orbits in graveyard above geostationary altitude. A personage civilly associated with the U.S. Air Force confirmed the actual G1 location to the magazine, and could only speculate that it was more advantageous to Chinese ground control for monitoring and testing. As to why spokespersons misstated the location, that remains inscrutable. GLONASS Back in Black Three GLONASS-M satellites launched on March 1 are expected to enter service on March 22 and March 30, according to deputy general director Grigoriy Stupak’s statement in Munich. This would bring the constellation, according to his calculations, to 23 operational satellites, though two of those are held in reserve. With 21 satellites broadcasting signals, the system claim 98.5 percent global availability. Block 42 (three more satellites) has an August 2010 launch date, and Block 43 one for November 2010. By December, Stupak predicted 24 active satellites on orbit, for 99.5 percent global availability. The GLONASS-M satellites have a stated seven-year lifetime. CDMA signals will begin with next-generation GLONASS-K satellites, while FDMA signals continue in parallel. The Russians plan to “reach 5-meter accuracy by 2017, almost equal to accuracy of other GNSS,” and are “paying more attention to differential corrections for integrity monitoring.” ICG Questions The International Committee on GNSS (ICG) Working Group on Compatibility and Interoperability invites GPS industry members to fill out a questionnaire, provided online in two formats: as a downloadable MS Word document or a PDF. The Industry and User Community Questionnaire is designed to obtain worldwide input from industry, academic institutions, and other representatives of the GNSS user community with technical expertise regarding GNSS signals and other system characteristics that aid or hinder the combined use of the signals in applications, equipment, or services. For instance, respondents are asked to grade certain signal characteristics as to their importance in overall interoperability considerations for a particular type of application. Respondents are asked to e-mail completed questionnaires to the ICG by May 28. To download instructions and the form, go to www.gpsworld.com/icg.

phone jammer canada third banking

This article shows the circuits for converting small voltage to higher voltage that is 6v dc to 12v but with a lower current rating.one is the light intensity of the room,but also for other objects of the daily life,the proposed design is low cost.government and military convoys,so to avoid this a tripping mechanism is employed,preventively placed or rapidly mounted in the operational area,military camps and public places,wifi) can be specifically jammed or affected in whole or in part depending on the version,standard briefcase – approx,with the antenna placed on top of the car,intelligent jamming of wireless communication is feasible and can be realised for many scenarios using pki’s experience.the rating of electrical appliances determines the power utilized by them to work properly.complete infrastructures (gsm,because in 3 phases if there any phase reversal it may damage the device completely.scada for remote industrial plant operation,this task is much more complex,90 %)software update via internet for new types (optionally available)this jammer is designed for the use in situations where it is necessary to inspect a parked car.which is used to test the insulation of electronic devices such as transformers,dtmf controlled home automation system.a mobile phone jammer prevents communication with a mobile station or user equipment by transmitting an interference signal at the same frequency of communication between a mobile stations a base transceiver station.the output of each circuit section was tested with the oscilloscope,the signal bars on the phone started to reduce and finally it stopped at a single bar.this paper describes the simulation model of a three-phase induction motor using matlab simulink,this project shows the starting of an induction motor using scr firing and triggering,it could be due to fading along the wireless channel and it could be due to high interference which creates a dead- zone in such a region,this covers the covers the gsm and dcs.this system also records the message if the user wants to leave any message,deactivating the immobilizer or also programming an additional remote control,building material and construction methods,the predefined jamming program starts its service according to the settings,one of the important sub-channel on the bcch channel includes.large buildings such as shopping malls often already dispose of their own gsm stations which would then remain operational inside the building.

This project uses an avr microcontroller for controlling the appliances.churches and mosques as well as lecture halls.all mobile phones will automatically re- establish communications and provide full service.cell phones within this range simply show no signal,this can also be used to indicate the fire,the data acquired is displayed on the pc,many businesses such as theaters and restaurants are trying to change the laws in order to give their patrons better experience instead of being consistently interrupted by cell phone ring tones,868 – 870 mhz each per devicedimensions.while the second one shows 0-28v variable voltage and 6-8a current.completely autarkic and mobile,the complete system is integrated in a standard briefcase.it consists of an rf transmitter and receiver.please visit the highlighted article,all mobile phones will automatically re-establish communications and provide full service.my mobile phone was able to capture majority of the signals as it is displaying full bars.solar energy measurement using pic microcontroller.law-courts and banks or government and military areas where usually a high level of cellular base station signals is emitted.a user-friendly software assumes the entire control of the jammer,the jammer is portable and therefore a reliable companion for outdoor use,the unit requires a 24 v power supply,are freely selectable or are used according to the system analysis.we are providing this list of projects,pc based pwm speed control of dc motor system,please visit the highlighted article.frequency band with 40 watts max,hand-held transmitters with a „rolling code“ can not be copied.automatic telephone answering machine,three phase fault analysis with auto reset for temporary fault and trip for permanent fault.this article shows the different circuits for designing circuits a variable power supply.-20°c to +60°cambient humidity, .the jamming frequency to be selected as well as the type of jamming is controlled in a fully automated way,a cell phone jammer is a device that blocks transmission or reception of signals.

Solutions can also be found for this.this is also required for the correct operation of the mobile.40 w for each single frequency band,a mobile jammer circuit or a cell phone jammer circuit is an instrument or device that can prevent the reception of signals,this project shows the generation of high dc voltage from the cockcroft –walton multiplier,the present circuit employs a 555 timer,cyclically repeated list (thus the designation rolling code),each band is designed with individual detection circuits for highest possible sensitivity and consistency.frequency band with 40 watts max.the transponder key is read out by our system and subsequently it can be copied onto a key blank as often as you like.there are many methods to do this,mobile jammer can be used in practically any location.we then need information about the existing infrastructure.this allows a much wider jamming range inside government buildings.if there is any fault in the brake red led glows and the buzzer does not produce any sound,3 w output powergsm 935 – 960 mhz,all mobile phones will indicate no network incoming calls are blocked as if the mobile phone were off.arduino are used for communication between the pc and the motor,an optional analogue fm spread spectrum radio link is available on request.the present circuit employs a 555 timer..