Ttl Lbs - Ket

Yes, it is possible to program alerts in real-time for any exceptions. Real-time alerts can be set up to monitor various events or conditions in a system or application, and when an exception occurs, an alert can be triggered immediately. This allows for prompt notification and response to any issues or errors that may arise, helping to ensure the smooth operation of the system.

The VTS device does provide real-time information.

GPRS (General Packet Radio Service) is the correct answer because it is a technology that enables the transfer of data from a GPS device to a cloud server. GPRS allows for the transmission of data packets over a mobile network, making it suitable for transferring GPS data to the cloud. Satellite communication and SMS are not specifically designed for this purpose, while the option "None of these" is incorrect as GPRS is the appropriate technology for the given task.

When there is no GPS satellite coverage, the alternative telecom component that can be used to capture location information is the Cell Site. Cell sites are equipped with antennas that can communicate with mobile devices and determine their approximate location based on signal strength and tower triangulation. Therefore, when GPS signals are not available, cell site data can be used to estimate the location of a mobile device.

When there is no network coverage for data transfer, the device will store the data instead of discarding it. Once the network becomes available, the device will then forward the stored data. This ensures that the data is not lost and can be transmitted once a network connection is established again.

Yes, we can customize our application software used for capturing and generating MIS out of Device data. Customization allows us to tailor the software to meet our specific needs and requirements. This can include adding or modifying features, integrating with other systems, and designing the user interface to improve usability. By customizing the software, we can ensure that it aligns with our business processes and provides the necessary functionality to effectively capture and generate MIS from device data.

Yes, to capture location information, the device has to be in the line of sight of a satellite. This is because satellites transmit signals that are received by the device's GPS receiver, which then calculates the device's location based on the time it takes for the signals to reach it from multiple satellites. If the device is obstructed from the satellite's signals, such as being indoors or in a heavily wooded area, it may not be able to accurately capture location information.

GPS stands for Global Positioning Systems, which is a navigation system that uses satellites to determine the precise location of a receiver on Earth. It provides accurate positioning, navigation, and timing services worldwide. The system consists of a network of satellites in space, ground control stations, and user receivers. By receiving signals from multiple satellites, GPS receivers can calculate their exact position, velocity, and time. Therefore, the correct answer is Global Positioning Systems.

The answer "Depends on device type and installation" is correct because the vulnerability of a VTS (Vehicle Tracking System) device to tampering depends on the specific type of device used and how it is installed. Some devices may have better security measures in place to prevent tampering, while others may be more susceptible. Similarly, the installation process can also impact the device's vulnerability to tampering. If the installation is done properly and securely, it can minimize the chances of tampering. However, if the device is poorly installed or lacks proper security measures, it can be more easily tampered with.

The VTS device in a vehicle can be powered by both an internal battery and the vehicle battery. This means that the device can operate using its own internal power source or it can draw power from the vehicle's battery. Having both options allows for flexibility and ensures that the device remains operational even if one power source fails or is unavailable. Additionally, the option of using the vehicle battery as a power source ensures a continuous power supply for the VTS device while the vehicle is in use.

The most important component for a VTS (Vehicle Tracking System) solution is a combination of all the mentioned options. A GPS device is crucial as it provides real-time location data of the vehicles. Data transfer technology is essential for transmitting this information to a central server or cloud-based application. Finally, a cloud-based application is necessary for processing and analyzing the data, providing valuable insights and functionalities for fleet management. Therefore, all of these components are equally important for an effective VTS solution.

To pinpoint the exact location of a vehicle on a map, a minimum of three satellites are required. This is because each satellite provides a signal that is used to determine the distance between the satellite and the receiver (vehicle). By receiving signals from at least three satellites, the receiver can calculate its position using trilateration, which involves intersecting the spheres created by the distance measurements. With only two satellites, the receiver can determine its position on a line, but not its exact location. Therefore, three satellites are necessary to accurately pinpoint the vehicle's location on a map.

Map my India is the correct answer because TTL VTS application uses Map my India maps.

Yes, VTS (Vehicle Tracking System) devices can be programmed over the air. This means that the programming or configuration of the device can be done remotely without the need for physical access to the device. This is a convenient feature as it allows for easy updates or changes to be made to the device's software or settings without having to physically interact with the device.

The integration of sensors with a VTS (Vehicle Tracking System) device depends on the capability of the device itself. Some VTS devices may have the capability to integrate with sensors, allowing for additional data collection and monitoring capabilities. However, not all VTS devices may have this capability, so it ultimately depends on the specific device being used.