Project Document | Radar Analyzer Manual Project Title: ITS Radar Interface Keywords: ITS Radar Installation; Radar Basic Information; Manual Date of Preparation: 22th July 2019 Document Title: Bitsensing - Radar Analyzer Manual.
Table of Contents 1. Overview 1.1 Document History 1.2 Glossary 1.3 Legal Notice 2. Installing and Setting up programs 2.1 Program Installation 2.2 Program Configuration 2.3 Program Settings 3. Data Recording using Radar Analyzer 3.1 Creating and Managing files 3.2 Recording and Checking 3.3 Equipment Management 4. Improvements 5.
1 Overview 1.1 Document History Date 2019-05-22 Writer Main Points Yoontae Hwang Writing a draft 1.2 Explanation of abbreviations and terms Track The unit in which the radar counts an object (vehicle). Tracking The term ‘tracking’ is used when the recognition is made by the radar. Hotspot Zone The lane that is given with extra attention when recognition process is conducted with radar 1.
2 Installing and Setting up programs 2.1 Program Installation Explanation: Program Installation (Before moving onto the use of Radar Analyzer) 1. (a) Open ‘file BTS_Setup.exe’ (b) Select the location where you want to create the Radar Analyzer program 2. (a) Modify the name of the program you want to download (b) Select the location where you want to create the shortcut file. 3. Choose whether to create a shortcut file on your desktop. 4.
2.2 Program Configuration When you run Radar Analyzer, the following basic screen appears: The screen consists of two rows of menu bars at the top and eight windows. In this chapter, the description for each component will be given, and setting up of the Radar Analyzer will be discussed in the following chapter. 1. Menu All the functions with Radar Analyzer can be manipulated on the menu.
manipulate the optional settings to make it easier for the users to handle radar, video display, and data window. The settings conducted at this phase will influence the visualization of the data. Thus, appropriate setting is important for the facile usage of Radar Analyzer. 4. Radar Based on data measured by Radar, the moving vehicle is recognized as a single track where the movement of the vehicle is made within the lane.
5. GPS Provision of the installed location once the Radar is connected with the network. 6. Images Images taken with a built-in front camera are sent in real-time. The vehicles that are being tracked will have the different color tags depending on the speed information (Note. the color setting can be changed in the Properties window) 7. Data Shows data such as the location, velocity, and so on for an object measured by Radar. 8.
2.3 Program Settings Before the collection of data through radar, it will be helpful to have a depth understanding of the settings of the aforementioned components to handle Radar Analyzer with an ease. 1. Delete, and create layouts Radar Analyzer offers various services such as displaying data measured through radar and images driven by the front-camera, and location information through GPS.
Other customization can be made to fit user’s needs. The repositioning & resizing of the layout is possible by simply dragging the required windows to the required position. 3. Layout Floating and Docking The window that is intriguing according to the user can be separated from the layout and viewed independently to provide more effectiveness. Floating is the function that separates the selected windows from the layout.
4. Save and Manage Layouts It is extremely cumbersome and inefficient to reset a layout created by the previous process each time you run the Radar Analyzer. To prevent users from experiencing this cumbersome process, Radar Analyzer is providing the ability to store, retrieve and manage set-up layouts. First, let me explain about the storage function.
If you want to use the layouts provided by Radar Analyzer by default, simply click 'Reset Window Layout' and click 'Yes' in the new window that exits.
3 Data Recording using Radar Analyzer Radar Analyzer stores the speed, acceleration, ID and distance of the vehicle measured by the radar in a record file within the Radar Analyzer file. This stored data is called Logging Data and logging data can be replayed using the Radar Analyzer. 3.1 Creating and Managing files Let me explain how to create and manage a file for storing data measured by radar. 1.
To stop or end recording, press ‘Stop Recording (where it is found in sub-list of the record on the top menu, or Stop Recording Icon at the bottom line). When this function is performed, all the functions including data measurement by radar and images taken by the front-camera are stopped. 2. Checking the record To retrieve a file that previously saved the record, you can use the "Open" button on the File tab at the top of the menu bar or the "Open" icon at the bottom of the menu bar.
3.3 Equipment Management Before measuring data with radar, make sure that the radar is in a measurable condition and that the radar is well connected to the PC. 1. Add Device If the radar and the PC are well connected, the radar can be added to the equipment list so that data can be received. The device can be added through ‘Add Equipement’ Function (found in Recording tab of the menu bar or the Add Device icon on the bottom of the menu bar).
The radar window functions to show the movements of objects detected by the radar on a randomly set lane. At this point, the radar window can be modified using a property window to more effectively check the movements of objects. For example, a radar window, by default, has four lanes, and if the radar is located on a two-lane road, it should be able to change the drawing so that only two lanes are drawn. Setting up the visual effects of these radar windows is the function of the Setup Lane tab.
shown in the radar window. ⑥ Installation Height Radar measures the data assuming that it is at the same height as the object it detects. In general, however, the radar is installed about 8 meters above the ground, resulting in errors. Errors due to the installed position of these radars can be corrected using the Installation Height item. ⑦ Auto Calibration After radar is installed, it can be tilted for several reasons.
Once the setup has been completed to use the equipment, the radar should be connected to the Radar Analyzer. The main reason for using the Radar Analyzer is to simultaneously check the images taken from the camera. Therefore, the camera must be connected. To connect the camera to the Radar Analyzer, you can run the preview function on the Run tab at the top of the menu bar or the preview icon at the bottom of the menu bar.
4 Improvements Radar Analyzer is a draft of the manual for use, so there may be insufficient or missing explanations. In addition, there are features that are not yet implemented or that are insufficient because the Radar Analyzer is designed to meet the needs of users of various purposes. Therefore, we would prefer to inform users of the improvements they perceive so that they do not experience inconvenience in using Radar Analyzer. 1.
5 Contact For additional questions or technical support, please contact Bitsensing at: Address: 165, Yeoksam-ro, Gangnam-gu, Seoul 06247, Republic of Korea Office Number / Fax Number: Office Number: Fax Number: +82.70.7114.1010 +82.70.7159.1352 Homepage / Email address: Homepage: Email: http://bitsensing.com/ sales@bitsensing.
Information to user • Any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. • This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
