Using Delivery, Routing and Scheduling Software with GPS, CAD, GIS Data from Aviation

Well in aviation the toys for pilots are getting a lot better, for instance the GPS-PDAs with sectional charts on them. Also lots of other data like the J-Aide and Jeppeson airport contacts once you arrive. All this makes flying easier, less complicated and more enjoyable. AvMap EKP-III C
http://www.avshop.com/catalog/product.html?productid=3781
and even more cool are the ones with all the bells and whistles; Such as loading it with an International Data Base. Hell now the CIA can have all the civilian data along with their intelligence information. Of course this newest Industry finds itself with many new players as pilots are generally not having a problem affording new toys and it saves all those large flight bags and Knee Boards and clips. You can still buy the clipboards and I have one when I drive the Blitz Mobile mobile command center across the country hunting for the latest technologies it has maps and important numbers to do business from the highway. Many truck drivers and railroad conductors use such boards and in the NAVY Pilots use them and even probably torpedo bombers did too; remember George Bush Senior flew a torpedo bomber?
Back to our GPS Toys and PDA devices; Another one of the more unique ones is the EnFlight Text Weather Devise which you can google to get all the specs, definitely worth a look see. All of these devises also allow for National Security so no more private pilots in C-182s fly into restricted areas;
http://www.faa.gov/NTAP/SPECIALNOTAMS/Spec...s_graphics_.htm .
These companies are also careful whom they send these devises to, for obvious reasons. Just think you could be flying your own private plane with a little PDA devise and go have a blast with your newfound freedom. Another cool devise and one of my favorites is the Pocket test which you can look up on Google. This is a cool devise to help you from getting lost and it has just about too many features to list, too bad it was not Windows CE based, I just cannot trust the longevity of Palm in the market place and hope our military is not so stupid to buy into there hype for military versions. One thing going for it is its size. Very small.
We did like the MapTech unit also because we can use it on a laptop, Handheld GPS unit of PDA GPS unit, with terrain CAD capabilities. This unit has many other purposes for General Civil Engineering, Forestry, Mobile Car Washing scheduling and routing, Aviation, Hiking, Fishing, Diving, Trucking, you name it. It also has features from NOAA for weather; I would recommend this as the best all-purpose unit I have thus yet found. It also works with ESRI software. So we like this for its versatility across industries. Good for us too with the blitz mobile to take the route with the least amount of hills for fuel consumption conservation and wear and tear on a 300,000-mile truck. Another of the best units we looked at was the
http://www.teletype.com/pages/tracking.html
which can be used like a Top Secret “Bloodhound Unit” and we can use this for car wash truck tracking, can be used for just about any real use to help you find your self or units. This is a way we can covertly track our units so employees do not screw off and kill profits and lie about where they were and how long they were there. Also in our survey we looked at the SatellinkTech units and found a lot of other cool features there;
http://www.satellinktech.com/product/merlin_air_main.htm .
This is a great tool, like the other units is does provide real time data such as; Airport observations and forecasts (text), Area forecasts (text), Upper wind forecasts (text), Pilot reports (text and onboard processed graphics), Icing and Turbulence forecasts (graphical), Status of restricted, prohibited, and military training airspace (text and onboard processed graphics), Location of other aircraft on instrument flight plans (onboard processed graphics), FAA alerts and advisories, Aircraft Situational Display.
What is also of interest is how much all these companies work together so that they can provide all the same data to all their customers. This does not mean one is not better than the other. For our purposes we chose the Tele Type unit with all the features, which we may implement in the future. I hope this review of products has assisted you in learning more about the technology. Many of these PDA technologies will be available for nearly any business small or large.

"Lance Winslow" - Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; http://www.WorldThinkTank.net/. Lance is a guest writer for Our Spokane Magazine in Spokane, Washington

Article Source: http://EzineArticles.com/?expert=Lance_Winslow

Tips on Buying Your First GPS Unit

Anyone that enjoys the great outdoors has probably heard of GPS devices. They can come in handy when you are hiking, boating, biking, or doing just about anything else in the great outdoors. Twenty years ago, you had to rely on a compass the position of the sun and stars and your own common sense. Not anymore! Now you can have a handy little device that can pinpoint your exact location at any given time of day.
If you are in the market for a GPS device, it is important that you understand how it works. Since the GPS devices rely on air signals, you must have a GPS receiver and a clear view of the sky for them to work. When your device is turned on it is actually linking up with 27 orbital satellites in place around the planet. Four of the nearest satellites are located and the distance from them to you is calculated via the hand held device. The process is called trilateration. Based on that, the GPS device can determine where you are on the planet. Pretty neat huh?
When you look at the different types of GPS devices out there, you may wonder which one is right for you. Prices can range from $100- 5000 dollars, so it is important to do your homework. Find out what features each device has, and determine whether you need them or not. The following is a list of tips to get you started when you are shopping.
- Research the name brand. Though GPS technology is fairly new, the manufacturer should have a long track record of creating quality electronics.
- Don’t buy the cheapest or the most expensive GPS device out there. The cheapest may not meet your expectations and the most expensive one probably has too much extra stuff you will never use.
- Look for a large display, lighted if you are going to be traveling at night.
- If you plan on traveling by foot look for a model that is lightweight, and water resistant.
Once you decide on a model that you are interested in, head over to your local sports supply store. Get prices on the model above and below it for a good range. You can also try to look at auction sites like Ebay.com to find a good deal. If you are lucky enough to find one that is used, make sure to test it out first to make sure that it works properly.
Deciding to buy a GPS system is a personal one, so make sure that you understand the ins and outs of the technology. If you do a variety of different activities a good basic, waterproof model will do the trick. If you have friends or family members that own a GPS system, ask them if they are happy with their purchase. That way you can get an honest opinion on the different brands out there. An online opinion site like epinions.com is also a great place for honest answers.

Adrienne MacDonald is a freelance author and contributing writer to http://www.gpsresource.info – site that provides free information on global positioning systems.

Article Source: http://EzineArticles.com/?expert=Adrienne_MacDonald

Third Generation: Telemetry GSM

The word Telemetry, literally meaning "remote measurement" is used to describe technology that allows automated measurement and transmission of data by wire, radio, or other means, typically from inaccessible or dangerous locations, such as a satellite in orbit to control stations on ground, where the information is recorded and evaluated. When telemetry was still in its nascent stage, information was relayed over wires. Today it uses radio transmissions and GSM (Global System for Mobile communication) technology for data transmission. Major applications of Telemetry GSM include monitoring electric-power stations, gathering meteorological data, remote meter reading, logistics management, tracking endangered land and aquatic species, and monitoring manned and unmanned space flights. The remote meter reading is used even by small towns to read and record water and electric meters of the towns' residents.

The list of potential applications of Telemetry GSM is practically endless. The complete list is definatly beyond the scope of this one article. For instance, the Telemetry GSM modules are used in rail switching. In this application, the modules automatically report the position of the rail switching point to the traffic control center. The advantages of using General Packet Radio Service (GPRS) enabled GSM components lies in the fact that they do not have the same setup requirements and do not congest the network with fixed connections. This is because each module operates in a standby mode and goes active to send small amounts of data either at regular intervals or as and when required. These modules are also relatively inexpensive, easy to install and very reliable.

The importance of telemetry to basic biological, environmental and medical research cannot be overstressed. Since the early 1970s, the use of telemetry to provide real time physiological monitoring in coronary care units has become widely recognized. Nowadays, Telemetry GSM is used for monitoring of the electrophysiological state of patients who are at risk of abnormal heart activity. These patients are outfitted with a customized device without any other control except an On/Off button. This device comprises a wireless receiver for the long-distance telemetry and a GSM module. The messages are relayed as encrypted short messages via the standard SMS (short messaging system) protocol to the central database, where it is decrypted and subsequently allocated to the healthcare professional in charge of the patient. This technology allows the patient to get out of bed and walk around a little to keep from getting stiff and getting bed sores.

Keith Londrie II is a well known author. For more information on Telemetry information, please visit Telemetry Information for a wealth of information. You may also want to visit keith's own web site at http://keithlondrie.com/

Article Source: http://EzineArticles.com/?expert=Keith_Londrie

The word Telemetry, literally meaning "remote measurement" is used to describe technology that allows automated measurement and transmission of data by wire, radio, or other means, typically from inaccessible or dangerous locations, such as a satellite in orbit to control stations on ground, where the information is recorded and evaluated. When telemetry was still in its nascent stage, information was relayed over wires. Today it uses radio transmissions and GSM (Global System for Mobile communication) technology for data transmission. Major applications of Telemetry GSM include monitoring electric-power stations, gathering meteorological data, remote meter reading, logistics management, tracking endangered land and aquatic species, and monitoring manned and unmanned space flights. The remote meter reading is used even by small towns to read and record water and electric meters of the towns' residents.

The list of potential applications of Telemetry GSM is practically endless. The complete list is definatly beyond the scope of this one article. For instance, the Telemetry GSM modules are used in rail switching. In this application, the modules automatically report the position of the rail switching point to the traffic control center. The advantages of using General Packet Radio Service (GPRS) enabled GSM components lies in the fact that they do not have the same setup requirements and do not congest the network with fixed connections. This is because each module operates in a standby mode and goes active to send small amounts of data either at regular intervals or as and when required. These modules are also relatively inexpensive, easy to install and very reliable.

The importance of telemetry to basic biological, environmental and medical research cannot be overstressed. Since the early 1970s, the use of telemetry to provide real time physiological monitoring in coronary care units has become widely recognized. Nowadays, Telemetry GSM is used for monitoring of the electrophysiological state of patients who are at risk of abnormal heart activity. These patients are outfitted with a customized device without any other control except an On/Off button. This device comprises a wireless receiver for the long-distance telemetry and a GSM module. The messages are relayed as encrypted short messages via the standard SMS (short messaging system) protocol to the central database, where it is decrypted and subsequently allocated to the healthcare professional in charge of the patient. This technology allows the patient to get out of bed and walk around a little to keep from getting stiff and getting bed sores.

Keith Londrie II is a well known author. For more information on Telemetry information, please visit Telemetry Information for a wealth of information. You may also want to visit keith's own web site at http://keithlondrie.com/

Article Source: http://EzineArticles.com/?expert=Keith_Londrie

The word Telemetry, literally meaning "remote measurement" is used to describe technology that allows automated measurement and transmission of data by wire, radio, or other means, typically from inaccessible or dangerous locations, such as a satellite in orbit to control stations on ground, where the information is recorded and evaluated. When telemetry was still in its nascent stage, information was relayed over wires. Today it uses radio transmissions and GSM (Global System for Mobile communication) technology for data transmission. Major applications of Telemetry GSM include monitoring electric-power stations, gathering meteorological data, remote meter reading, logistics management, tracking endangered land and aquatic species, and monitoring manned and unmanned space flights. The remote meter reading is used even by small towns to read and record water and electric meters of the towns' residents.

The list of potential applications of Telemetry GSM is practically endless. The complete list is definatly beyond the scope of this one article. For instance, the Telemetry GSM modules are used in rail switching. In this application, the modules automatically report the position of the rail switching point to the traffic control center. The advantages of using General Packet Radio Service (GPRS) enabled GSM components lies in the fact that they do not have the same setup requirements and do not congest the network with fixed connections. This is because each module operates in a standby mode and goes active to send small amounts of data either at regular intervals or as and when required. These modules are also relatively inexpensive, easy to install and very reliable.

The importance of telemetry to basic biological, environmental and medical research cannot be overstressed. Since the early 1970s, the use of telemetry to provide real time physiological monitoring in coronary care units has become widely recognized. Nowadays, Telemetry GSM is used for monitoring of the electrophysiological state of patients who are at risk of abnormal heart activity. These patients are outfitted with a customized device without any other control except an On/Off button. This device comprises a wireless receiver for the long-distance telemetry and a GSM module. The messages are relayed as encrypted short messages via the standard SMS (short messaging system) protocol to the central database, where it is decrypted and subsequently allocated to the healthcare professional in charge of the patient. This technology allows the patient to get out of bed and walk around a little to keep from getting stiff and getting bed sores.

Keith Londrie II is a well known author. For more information on Telemetry information, please visit Telemetry Information for a wealth of information. You may also want to visit keith's own web site at http://keithlondrie.com/

Article Source: http://EzineArticles.com/?expert=Keith_Londrie

Friday, August 15, 2008

Using Covert GPS Vehicle Tracking Technology

The use of covet GPS vehicle tracking to conduct surveillance has increased as the technology has evolved in terms of size, range and reliability. Federal, State and local law enforcement agencies are using the technology to fight crime on a daily basis. Investigative services both private and public have used the technology to discover and prosecute sexual predators, cheating spouses, misuse of vehicles and equipment, child custody violations, embezzlement , Insurance fraud and many other vehicle location related violations.

Many civil liberty and privacy advocates have endeavored to limit the use of this technology. Legislation and court filings by these groups have sought to require search warrants prior to the use of covert GPS vehicle tracking, However a decision by the 7th Circuit of the US Court of Appeals has ruled that placing a GPS tracking device on a vehicle is lawful and does not require a search warrant, The federal government successfully argued that placing a GPS tracking device on a vehicle does not violate the 4th Amendment of the Constitution and is not an unreasonable search of the vehicle. The vehicles were not entered or physically searched. This means that all that is needed to employ a device is normal probable cause.

Many states and local governments have however enacted laws and regulations limiting the use of GPS vehicle tracking. As a general rule a private citizen may only place a device on a vehicle they own, leases or rents. Prior to employing a GPS tracking device on any other vehicle it would be wise to contact your States Attorney General Office for advice. Failure to do so could result in severe legal liabilities that may include incarceration.

New strides in technology have greatly reduced the size of GPS tracking units. Some GPS data logging devices are no larger than a pen. Even the real time tracking devices are now available in the size of a pack of cards.

The units that use older data logging technology are the cheapest and easiest tracking devices to use. In addition these units do not require any monthly fees or use of a third party to access tracking information. The downside of employing this type of tracking device is that it must be retrieved in order to access the tracking information.

Real time GPS tracking devices provide current or real time tracking information. This information is gathered by the tracking device then uploaded to a service provider using existing cell phone or satellite phone technology. The service provider then provides access to this information to its clients. Information gathered by this method unlike data logging is subject to possible compromise.

Never the less the bottom line is that the use of covert GPS vehicle tracking devices by private citizens requires a great deal of discretion and judgment. Failure to do so could lead to severe legal penalties.

James Kesel, MS is the Publisher of the GPS Auto Tracker website at http://www.gps-auto-trackers.com, providing information on the latest GPS Tracking systems and there uses including covert GPS Vehicle Tracking.

Article Source: http://EzineArticles.com/?expert=Jim_Kesel

Thursday, August 14, 2008

Use GPS Technology to Track Your Spouse

Love is in the air...Valentine's Day is coming up and at this time of year everyone is thinking or talking about love and romance. But with all the talk of affection, there are some people who find this time week less than thrilling.

For some of you out there, this is also a time of puzzlement and confusion. Perhaps you suspect that the one you love... is loving someone else. There are ways you can find out if your suspicions are correct or if you're in the wrong. Getting the details can provide relief or give you the impetus you need to make some important decisions.

A GPS tracking system can provide you with information about where your spouse or partner is going. If a GPS tracking device is places in an inconspicuous place in the vehicle that this person drives, it can provide information about where they are going to and how long they are spending at various locations.

You have to be careful to place the device in a place where they are not going to find it. If you know that your spouse places a book under the front seat, then don't put the tracking device there. Make sure that it is in a place where they will not look.

Be aware that even if your suspicions are correct, you may not get evidence that provides a tell-tale location right away. For this reason, you have to be patient and choose a high-quality GPS device. Sometimes you get what you pay for and an inexpensive device may not work as well for as long as you need it to work. You can get reports from the device. Reports can be delivered in several modes, including as e-mail messages and text messages. These reports will tell you where they went and how much time they spent there.

McCord Web Design Article Source: http://EzineArticles.com/?expert=Nancy_McCord

Wednesday, August 13, 2008

Types of GPS (Global Positioning System) Radio Signals and Types of GPS Receivers

GPS satellites transmit two types of radio signals which are C/A-code and P-code. Coarse Acquisition (C/A code) is the type of signal which is used in consumer units and is known as SPS (Standard Positioning Service). C/A-code is not as accurate as P-code (which is mentioned later on) and is easier for U.S. military forces to jam and spoof, i.e. broadcast false signals to trick the receiver into thinking it is somewhere else when it really is not. The advantage of C/A-code however is that it acquires the satellite signal faster and hence obtaining an initial fix on your position takes less time. Due to this, there is an option for receivers which use P-code to track onto the C/A-code signal first then switch over to the P-code.

P-code on the other hand provides highly precise location information and it is difficult to jam or spoof. The U.S. military is the primary user of P-code transmissions and uses an encrypted form of the data so that only special receivers can access the signal. P-code broadcasts are known as the Precise Positioning System (PPS).

Now let us switch focus to that of GPS receivers. Some of this information can become pretty technical but hopefully both the novice and more advanced readers can learn and sift through the information to help them.

GPS units receive two different types of data which are Almanac and Ephemeris. Almanac data contains the approximate positions of the satellites; the data are continuously being transmitted and are stored in the memory of the GPS receiver. Ephemeris data broadcasts the precise positions of the satellites. To obtain an accurate location fix, the receiver has to know how far away a satellite is. Hence, the GPS receiver calculates the distance to the satellite by of course using signals from the orbiting satellite.

A GPS receiver needs data from multiple satellites to obtain or triangulate a position as to where the user of the GPS is located. First there is the issue of location which requires a minimum of three satellite signals. Second is that of position, which needs four satellite signals to determine your position in three dimensions: latitude, longitude and elevation. GPS receivers can generally be separated into five categories which are consumer models, U.S. military/government models, mapping/resource models, survey models and commercial transportation models. With respect to the consumer and commercial transportation models, the site SecureWithGPS provides GPS devices more catered to the consumer and commercial markets. If you think that such devices might suit your needs for fleet management of your vehicles, keeping track of the security of your car when it might be parked or even looking out for your teenage drivers, please visit the site for useful and related information.

Finally, we will take a quick look at the accuracy of GPS receivers. One can typically expect a GPS receiver to be accurate within 49 feet or 15 meters. Accuracy depends on receiver location, obstructions that block satellite signals and information received from ground-based beacons to name a few. So rest assured that after spending money to start using this widely used technology the data obtained from the GPS receivers will definitely be accurate enough to provide the user with reliable information.

For a reliable GPS (Global Positioning System) for personal or business use, please check out http://www.securewithgps.com

At http://www.securewithgps.com they provide the latest in GPS tracking, fleet management and near real time location updates.

Article Source: http://EzineArticles.com/?expert=Jim_Haynes

Tuesday, August 12, 2008

Tracking Schoolchildren with RFID Technology

In a day and age when parents fear for their children's safety, one school district has decided to use modern technology to put those fears to rest. Officials state that efficiency is the main reason for the program, but it is hard to imagine that parental concern did not factor into the equation.

Earlier this month, the Middletown school district in Providence, Rhode Island enacted a pilot program that included putting RFID (radio frequency identification) chips in tags that will be attached to children's schoolbags. This initial trial run will include about 80 children (and their backpacks).

The primary reason for the use of this tracking technology is to track students who take the bus to and from school. The chips will record when students get on and off of the school bus, as well as showing the bus's position as it travels.

The ACLU has already cried foul.

The pilot program was by no means mandatory and parents were informed ahead of time and told who to contact with any questions. Middletown hopes that the program will foster better communication with parents. Parents involved in the pilot will be able go to a website to see when their child got on the bus and to see if the bus will arrive on time.

One official compared the program to programs that let parents check their child's attendance record or to see their child purchased for lunch. (Notice I said to see what the child purchased-there really is no way to know what a child actually ate for lunch.)

And isn't that the point-for all of our sophistication, life is still full of variables. A parent could be checking the website and see that according to the RFID, their child is still in school. At that same moment, the child could be walking through the door, having left the backpack in their classroom.

However, it is also possible that a child could be on a bus that had to take an alternate route because of a traffic accident. The parent who checks the website to see that the bus is going in a different direction can make calls to find out what is going on and be assure that their child is fine.

Article authored by Nancy McCord of McCord Web Design Article Source: http://EzineArticles.com/?expert=Nancy_McCord

Monday, August 11, 2008

Top Ten Ways to Utilize Your GPS Device

You may not know this, but there are many uses for a Global Positioning System besides simply asking for directions. Listed below are ten other uses for your GPS device that you may not have thought of when you bought it.

1. Directions while driving. The most common use of GPS software nowadays, it is estimated that some 100,000 vehicles have some sort of Global Positioning System installed.
2. Location of reference when hiking or camping. When out in the woods it is possible that you may become lost. Using your GPS to give you at least some idea of where you are will go a long way in helping you find your way back. If worse comes to worst, using the latitude/longitude coordinates can ensure that the proper authorities find you.
3. Aircraft tracking. Ever wonder how far you have left to fly? Well, your GPS system can track where you are in the air, and some newer models can even estimate how long until you land. (NOTE: Some airlines do not allow the use of GPS systems in flight)
4. Marketing. Many Market Research Firms use GPS systems to survey possible locations for new stores. Others use GPS systems to gauge where the most human traffic is to place advertisements that will get a larger audience.
5. Games. With the prominence of handheld GPS devices, many location-based games have started to appear. Some of these games have you using your GPS to track latitude/longitude coordinates for way points, while others have you using coordinates for scavenger hunt-type games.
6. Scuba/Wreck Diving. Many divers use GPS devices so they do not get lost while under the waves.
7. Social Networking. Many online sites like MySpace and Facebook use Global Positioning Systems to allow friends to freely find each other online.
8. Tracking your children. Many parents will slip GPS tracking devices inside their child's backpack as to be able to locate their young ones if they ever go missing.
9. Weather forecasting. NOAA uses GPS technology to measure atmospheric conditions such as air density, moisture and temperature. This helps lead to better weather predicting, which can have an effect on travel for you and your family.
10. Assisting the Visually Impaired. Some GPS manufacturers have devices on the market now that are designed specifically for the visually impaired by giving audio directions.

If you experiment with the device you are sure to find more uses, but these are some ideas for what you can use your GPS device for.

Learn more about GPS systems and some of the major manufactures like Garmin at: http://www.gpsstorm.com

Article Source: http://EzineArticles.com/?expert=Chaz_Newman

Saturday, August 9, 2008

GPS Systems-Not Technical Enough to use a GPS? Don't Worry- You Can Buy an Automatic GPS System

This may come as a surprise... you do not have to be a technical person to use a GPS.

Although the concept and technology of Global Positioning Satellite systems was originally created by the Department of Defense for military uses, it has lately been made useable to the general public and today you will be able to get an automatic GPS system easily and promptly to keep you on track while driving. An automatic GPS system is becoming more and more popular amongst people and the latest vehicles actually include it among the vehicle accessories.

An auto GPS system is basically a GPS receiver that's put on the dashboard of the vehicle. You program in the address you're thinking of going and the system will provide you stepwise directions -audio directions in the latest ones. The days of paper maps and argument over whether or not men could ask for directions are all over. Nowadays, all you require is an auto GPS system and you're ready to go where you wish.

The automatic GPS system receives its signal from four out of twenty-four possible orbiters that are constantly revolving the Earth. The receiver overlays this positioning data onto map files stored on the unit, to provide a present location on the map in addition to previous course. The receiver perpetually recalculates location, passing on real time location. A regular auto GPS system comprises:

* A twelve channel receiver - the quality of the receiver decides how long it takes the device to acquire a 3-D fix.

* Antenna to receive satellite signals - placed to get an unobstructed view of the sky.

* Central processing unit to process the information and place on maps

* A DVD Hard-drive - where maps on DVD's or those downloaded from the net are uploaded and put in. Some cheaper units don't upload the maps; they just reference them off the DVD or CD.

* A Display Screen - generally color with hand-held units using black-and-white

* Audio Interface

The first time you switch on your automatic GPS system, its information store is empty so it has to gather satellite data to find out your location. This is named as cold start. Some units just take thirty to forty-five seconds to get a 3-D fix during a cold start, while others could take several minutes. Future position updates just takes three to four seconds. Whenever you go out of range from losing line of vision, like passing behind a large building or through a tunnel, a good receiver will immediately recover, whereas weaker units will need more time to reacquire a 3-D fix.

Nowadays, automatic GPS systems are not as costly as you guess they might be. A few of the automatic GPS systems could be obtained for under two hundred dollars and the flashier devices will cost you as much as a thousand dollars. However there's no doubt that owning an automatic GPS system could surely make life more comfortable for everybody.

Make sure you know what GPS systems are and how it can benefit you by visiting http://fromexpert.110mb.com/gpssystems/index.php a popular website about GPS systems.

Kamran is a Mechatronics Engineer who loves GPS systems. He is an enthusiastic follower of the launch of latest GPS systems. He runs an informative site that gives lots of information on GPS systems and reveals the best manufacturers of GPS. He is giving away a free downloadable e-book explaining what GPS is, how it operates as well as the best manufacturers of GPS. To make the best of this cool stuff and much more make sure you check out Kamran's web site at http://fromexpert.110mb.com/gpssystems/index.php

Article Source: http://EzineArticles.com/?expert=Kamran_Chy

Sunday, August 3, 2008

Do You Know Where Your Teen Is? You Do With Spy Matrix GPS

Spy Matrix GPS is the ultimate in car tracking technology. It is easy to use, easy to hide, and easy to follow. It is the perfect way for you to know where your car is now, and where you car was. Plus, this is a portable device, allowing you to transfer it to different cars at need. You can have peace of mind knowing where your car is it all times. And when you have teenagers, you can know where they have your car, thanks to the Spy Matrix GPS.

The Spy Matrix GPS car tracking system makes use of the global positioning technology that the U.S. military has used since the 1980s. It is the same technology used by bounty hunters, private investigators, police, and government intelligence agencies. It has moved into the next generation, a small device that is portable and can even fit in a backpack or a purse.

When you use Spy Matrix GPS to keep track of roaming teenagers, you can know that the car is where it should be. If your teen gets in a wreck or runs out of gas, he or she can call you, and if they do not know where they are, you, at least, have good directions. This remarkable GPS device can even keep track of approximate speeds, so you can be alerted to unsafe driving practices.

In addition to the great features listed above, the Spy Matrix GPS also features real time tracking. You can sit down and watch the car as it is moving down the road. Plus, you can also access a history of where the car has been. Your teen may be at the study group now, but did she or he go there via a circuitous route that brought him or her there by way of a rave or a club?

Your teen does not even have to know that you have the Spy Matrix GPS in the car. It is so small that it is easy to conceal. It can even be slipped into a backpack or purse. You can have peace of mind and your teenager can have a social life when you make use of the Spy Matrix GPS.

(c) 2005 Copyright www.spyassociates.com. This article is about: Spy Matrix GPS.

About The Author
Kingston AmadanTo learn more about Spy and Surveillance Products visit http://www.spyassociates.com. Read other related articles at http://spyassociates.blogspot.com/.

Article Source: http://EzineArticles.com/?expert=Kingston_Amadan

Friday, August 1, 2008

Cell Phone Tracking Systems With GPS

One thing we are seeing with the new 3G and 3G plus cell phone systems is that they are able to track the origin of the caller. There are some very good uses for this technology, yet some decry the potential issues caused against their personal privacy.

Currently we see that some of the cell phone systems have issues tracking the person when the callers are moving out of the cell phone tower area and hasn't quite gotten to the next area, particularly if the call ends prior to a certain distance. But this is only with the older type systems or when the systems are far apart along freeways or near them and when the grid is not consistent and on ROAM, or instances where they have the old system instead of the more advanced GSM or 3G or 3G plus systems.

Of course if we are tracking a suspect we can most likely with the new system and a little previous information, figure out where on the system they are regionally and allow things like the “Amber Alert” and citizen help catch them.

As long as the phone has a battery in it you can track it. The new ones do not even need that as they have an internal battery, which stores the phone numbers inside, internal clock and such. The Cellular phone system registers each time the phone moves thru the area, unless it is in a Faraday cage or lead box or something?

Cell phone communication interception makes sense to scan calls to try to listen in on Al Queda. This may assist us in catching International Terrorist insurgent sleeper cells in our own nation. Yet, in doing so we may end up intercepting junk intelligence which we will have to go thru and that takes time and even with modern artificial intelligent data mining it is no easy chore.

Also remember talking about bombs is not the same as making them, for instance this article you see? And how many people do you think are talking about bombs these days as it is all over the news every day; mothers, daughter, kids, grandmas, in every city in the world. Imagine the junk you have to go thru to get to what is real. And those who are really savvy know this, so they talk about "dolls" "gifts" and "Audi" in trade for weapons, bombs and planes. So where as cell phone tracking and call interception is not perfect it is indeed a tool, which helps authorities protect the American People. Think on this in 2006.

"Lance Winslow" - Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; http://www.WorldThinkTank.net/. Lance is a guest writer for Our Spokane Magazine in Spokane, Washington

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