You people honestly think I'm going to answer that question?
If so, the you need to look it up somewhere else but here.
Because I'm keeping my mouth shut!!
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Well when more precise information is needed.. It uses a system called I HATE SCHOOL WORK AND I WISH I DIDNT HAVE TO DO THIS CRAP! :) but it can be updated with a new software called YO MAMMA!
accuracy refers to how close a measurement is to the true or actual value. precision is a measure of the exactness of a measurement. so if playing darts high precision is like reproduicibility. you can get them all in the same spot. high accuracy would be scattered around the bullseye. if both then it would be close together near the bullseye.
The Department of Defense (DoD) developed the Global Positioning System (GPS) primarily to enhance military navigation and operations. By providing precise location and timing information, GPS improved the accuracy of weapons systems, troop movements, and overall situational awareness. The system was later made available for civilian use, revolutionizing navigation and mapping across various sectors. Ultimately, GPS has become a critical infrastructure that supports both military and civilian applications globally.
WAAS stands for Wide Area Augmentation System, which is a satellite-based navigation system that improves the accuracy and reliability of the GPS signal for aircraft. It corrects errors in the GPS signal caused by factors like atmospheric conditions and satellite positioning, allowing for safer and more precise navigation.
Yes, there are currently multiple GPS satellites in orbit that provide positioning, navigation, and timing services globally. The Global Positioning System (GPS) is maintained by the United States and typically consists of around 30 operational satellites, ensuring that at least four satellites are visible from any point on Earth at any time. These satellites transmit signals that allow GPS receivers to calculate precise locations. The system is continuously being updated and improved to enhance accuracy and reliability.
haha your so stupid for reading this
Well when more precise information is needed.. It uses a system called I HATE SCHOOL WORK AND I WISH I DIDNT HAVE TO DO THIS CRAP! :) but it can be updated with a new software called YO MAMMA!
To improve the accuracy of a system when more precise information is required, one can enhance data quality by collecting more reliable and relevant data sources. Implementing advanced algorithms, such as machine learning models that can learn from patterns and adapt over time, can also significantly boost accuracy. Additionally, continuous validation and updating of the system with real-world feedback can help refine its performance. Finally, utilizing ensemble methods that combine multiple models can lead to more robust and accurate outcomes.
improved transaction speed and accuracy
GPS accuracy greatly improved when a new feature called WAAS (wide area agumentation system) was built in. It is used with GPS systems in the ground to make accuracy better by sending accuracy to a main station, which is then routed to your GPS.
The Buzz Feiten Tuning System improves the accuracy of intonation on guitars, resulting in better tuning stability and improved overall sound quality for players.
Devices that record precise results require a real-time operating system. This is the same kind of operating system needed for a device hat performs regimented tasks.
The revoshift friction system enhances a bicycle's performance by allowing for smooth and precise gear changes, resulting in improved control and efficiency while riding.
Implementing a new software system can bring several benefits to a project, such as increased efficiency, improved accuracy, better data management, enhanced communication, and overall cost savings.
The Metric System has evolved over time however it is based on "the mètre des archives" and "the kilogramme des archives" introduced by France in 1799.The accuracy has been improved and extra units have been added to the original system.
The easiest way is differential GPS like surveyors use. Add an artificial reference satellite on ground with receiver and calculates errors between its known location and GPS location. This can do mm accuracy even with just civilian CA code.
NOP. Physical inventory counts are always needed to verify accuracy of records.