FREEWAYCAM3 USER MANUAL Document version: 2018.02.25. Table of Contents FREEWAYCAM3 .................................................................................................................................................................... 1 USER MANUAL ..................................................................................................................................................................... 1 THE FCC DECLARATION OF CONFORMITY ............................................
6.2.4. 7. PRIVATE ZONES ................................................................................................................................. 32 6.3. BRIGHTNESS CONTROL ........................................................................................................................... 33 6.4. EXPOSURE CONTROL ............................................................................................................................... 35 6.5. OPTICS ...............................
8. 7.2.6. EXAMPLES ............................................................................................................................................. 75 7.2.7. BLACKLIST FOR STOLEN CARS .................................................................................................... 75 7.2.8. WHITELIST FOR OPENING GATE ................................................................................................ 75 7.2.9. WHITELIST ON TOLL ROAD .......................................
THE FCC DECLARATION OF CONFORMITY 47 CFR PART 15 SUBPART B FREEWAYCAM-03 FCC statement This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: This device may not cause harmful interference, and This device must accept any interference received, including interference that may cause undesired operation. Note: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules.
USER MANUAL 1. ABOUT THIS MANUAL The structure of this manual follows the approach of configuring a new camera for its first-time use. All of the camera features are accessible through the web interface, using a web browser. No external components need to be installed. First, system settings are discussed, so that the device will be operational.
2. ACCESSING THE CAMERA In order to access the camera, power and network connectors have to be connected appropriately. For more information see the Quick Install Guide. Follow the five steps below: Connect the camera to a computer or a network switch using the Ethernet cable, then power the camera on. Soon both status LEDs (at the camera front) turn on and stay lit while the camera is booting. When the green status LED flashes two times and the red LED turns off the camera is ready for operation.
3. WEB INTERFACE Main areas of the camera interface: Info bar Side menu Workspace Info bar The information bar displays the menu and the current SW version. • ARH logo • Version number • Camera type, menu points Side menu • Basic, advanced setup, ANPR, maintenance, help menu – click to open • Access camera settings via the navigator. Menu is organized into a tree structure. Workspace • Use the workspace for settings. Save your changes, otherwise the previous settings remain in effect.
Workspace buttons have a popup help. Hover the mouse over the button to see the tooltip. Use the Save button to save settings. All settings will be lost if you leave the page without saving settings. A popup window will remind you to save settings. Click the icon on the workspace to display Help on the page. Menu subpages can also be addressed via direct links, like http://192.0.2.3/#liveview/, http://192.0.2.3/#eventman, etc.
4. FIRST STEPS (WIZARD) WEB INTERFACE > BASIC SETUP > WIZARD The Wizard will help with the initial configuration of the system settings of the camera. It will guide you through: It will guide you through setting up an administrator user.
Set the current date & time. Set up network.
It will give you feedback if something went wrong (line would be red). If all settings were proper, each line would be green. All these settings are also available as separate configuration pages (see System settings).
5. SYSTEM SETTINGS 5.1. NETWORK WEB INTERFACE > BASIC SETUP > NETWORK This page provides access to the network settings of the camera. NETWORK SETUP Hostname: The name of the device in the network. Title of this site: Textual description of the device, for example CameraFrontRight, that will appear as the title of the browser tab.
ONVIF: Checking this checkbox will enable the ONVIF interface of the camera. Please note that with ONVIF enabled the amount of memory available for image buffering will be smaller. IP VERSION 4 AND 6: The camera supports IPv4 and IPv6. Both versions can be enabled simultaneously. At most two IPs can be assigned to a device. IPv4: • the IP address for the camera can be set automatically via DHCP (see option above), or manually, a static IP address. IPv6: • Only static IP addresses are supported.
5.2. DATE & TIME WEB INTERFACE > BASIC SETUP > DATE AND TIME Current date and time and timekeeping settings are managed in this page. Users can choose to set date and time manually once or to use a time synchronization protocol (NTP), which will keep time synchronized to a server over network. Before you set the time please make sure that your time zone is valid (has the correct continent / Capital City). You can do this by using the Time zone’s drop-down list.
• Regular NTP client: Regular NTP synchronization, according to the NTP standard. This is compatible with all NTP servers and network configurations. Approx. one second accuracy is guaranteed only. • Local network NTP client: Works only if the camera and the NTP server is on the same local network, but guarantees higher accuracy than the standard NTP client. Also places a higher load on the NTP server. The following parameters have to be set: NTP server hostname/IP: The address of the NTP server.
5.3. USERS WEB INTERFACE > BASIC SETUP > USERS User management settings are displayed in this page. If user management is not required, it can be turned off with the checkbox. This increases performance. Administrator rights will be granted to all. This is also the factory default state. In order to create new users, a user with 'Administrator' privileges must be created first. Users can be added , deleted and edited with the corresponding buttons.
Full name: The full name of the user. Full name should contain only letters of the English alphabet, numbers, space or the following characters: '.','/','_','+','-',',' (with regular expression: /^[0-9A-Za-z\.\/_\+\- ,]*$/) Password: corresponding password. Password should contain only letters of the English alphabet, numbers or underscore ('_') (with regular expression: /^[0-9A-Za-z_]*$/) Confirm password: confirm the given password to rule out mistyping.
Edit/Delete: It is possible to edit user parameters or delete existing users from the system with the exception of the main "admin" user. This user cannot be deleted and its username and access level cannot be modified. Settings will be applied only after restarting the camera. If you click VALIDATE after modification the camera will automatically restart.
5.4. IP FILTER WEB INTERFACE > ADVANCED SETUP > IP FILTER The IP filter module affects only HTTP and stream communication, it does not restrict the SSH and FTP access. Default Policy: The policy can be of two types • Reject All – in this case access is denied to all IPs except those listed • Accept All – in this case access is granted to all IPs except those listed The exceptions to the default policy can be added and removed in the Add IP Address to Filter List section.
IP address: The system accepts IPv4 and IPv6 addresses as well. Type: The range of IP filtering • HTTP: the settings are applied to HTTP requests • STREAM: the settings are applied to stream requests • HTTP+STREAM: the settings are applied to both HTTP and stream requests Netmask: Subnet mask of the IP address being added. This has to be expressed in dot-decimal, just like the address itself. (e.g. 255.255.255.
5.5. PLAIN CONFIG This page is reachable on the following URL: http://CAM_IP/#plainconfig All configuration settings are available in this menu, organized as a property tree. Please note that this is an “experts only” feature.
6. IMAGE SETUP 6.1. IMAGING PIPELINE WEB INTERFACE > ADVANCED SETUP > STREAM SETTINGS Image capturing process is organized as a pipeline receiving images from the sensor, then processing and buffering the images. There may be more than one pipeline: this mode of operation is called Multi mode.
The primary pipeline is always active. The secondary pipeline is activated by enabling Multi mode. Both pipelines are fed by the same sensor. However, the pipelines can be configured independently, with the following limitations: • The pixel resolution’s upper limit is the max resolution of the imaging sensor, and lower resolutions can only be the power of two fractions of the full resolution (½, ¼, ⅛, etc.
Selected source: the pipeline which will feed this stream Streaming port: The HTTP port on which the video will be streamed Image channel: Encoder used on the stream (JPEG or H264).
Encoder settings: Depending on whether an H264 or a JPEG encoder is used one of the following menus will appear: • H264 encoder settings for the current image source: H264 encoding uses a keyframe (I) followed by a number of predicted frames (P). The frequency of I frames, compression rate and bitrate can be configured flexibly.
o Using the event quality: Definition of what constitutes as an event for H264 quality on event parameter. o H264 compression delta on event: In order to achieve Average bitrate, the event quality (H264 compression on event) may be reduced. This control limits the amount of this reduction. • JPEG encoder settings for the current image source: o EXIF description of JPEG file: The description inserted into the header of the file.
6.2. POST-PROCESSING 6.2.1.
Contrast: Increase/decrease the luminance contrast of the image Saturation: Increase/decrease the chrominance contrast of the image Page 28/91 FreewayCAM3 User Manual
6.2.2. COLOR WEB INTERFACE > BASIC SETUP > LIVE VIEW > COLOR Color settings are configured here: • Color mode: Color/grayscale mode o Color: Color mode o Black&White, IR-day,Blur: Grayscale mode, ideal for daytime IR mode. o Black&White, IR-night,No blur: Grayscale mode, ideal for night time IR mode, when the only light source is the built-in narrowband IR LEDs. The spatial resolution will double in both x and y directions, because each individual (color) pixel is used as luminance channel.
6.2.3. ADVANCED WEB INTERFACE > BASIC SETUP > LIVE VIEW > ADVANCED Advanced post-processing settings are configured here: • Low light mode: Under low illumination conditions an algorithm tunes sensor and post processing parameters to still be able to capture an adequate image. (Note: this is not strictly a post processing step). The level of these settings may be selected from a dropdown menu, featuring none, low, medium, intermediate, and high. The higher the value, the brighter the image.
JPEG Quality: Affects the JPEG compression rate of the image – higher quality setting means lower compression.
6.2.4. PRIVATE ZONES WEB INTERFACE > ADVANCED SETUP > PRIVATE ZONES In certain circumstances it may be necessary to cover a part of the image, for instance, a parking place near the monitored lane, where the stationary vehicles should not be in the image, and their license plates should be excluded from processing, or when private property is displayed. These unwanted parts can be covered with max. 3 rectangular patches with the Private zones tool.
6.3. BRIGHTNESS CONTROL WEB INTERFACE > BASIC SETUP > LIVE VIEW > MODE Brightness control will automatically monitor and control the exposure of the image, with license plate reading as a priority. Brightness control principally adjusts exposure time (shutter) and gain. As ambient light level decreases, both shutter and gain may be increased, but only up to a level (Shutter Max. and Gain Max.) because a too long shutter value will result in motion blur, and gain that is set too high will result in noise.
Hovering the mouse over the controls provides more information. • Brightness Control: In different illumination situations different strategies are required to maintain a balanced exposure level. The camera offers one manual and two automatic strategies: o indoor (manual) – for indoor use. In Manual mode Shutter and Gain, and in models equipped with motorized lenses Iris are freely adjusted. o • outdoor (auto) – for outdoor use, in case of slowly changing light conditions.
6.4. EXPOSURE CONTROL WEB INTERFACE > BASIC SETUP > LIVE VIEW > EXPOSURE • In Manual mode Shutter and Gain are freely adjusted. • In Outdoor mode both shutter and gain are adjusted by the controller software. However, their maximum value: Shutter Max. is adjustable and Gain Max. is available in 3 predefined steps or Custom, where a user defined value may be entered. Selecting a Condition on the Mode tab affects these values. • In Quick mode a read only Shutter Max. is displayed.
6.5. OPTICS WEB INTERFACE > BASIC SETUP > LIVE VIEW > OPTICS Models equipped with motorized lenses will show this menu item. Use the left slider (Zoom) to change the field of view from wide angle (0) to telephoto (100). Use the right slider (Focus) to manually adjust focus from near too far. Clicking the Autofocus button will execute one shot autofocus.
6.6. SECONDARY SENSOR The live stream of the secondary sensor is shown in the box below (picture in picture). By clicking the live stream box, the main view switches to the secondary sensor, and all settings (Brightness control, Color, etc.) will be applied to the secondary sensor. The secondary sensor box will be shown only if none of the on-screen tools are active.
6.7. FLASH CONTROL WEB INTERFACE > BASIC SETUP > LIVE VIEW > FLASH The settings of the built-in illuminator and filter exchanger can be managed clicking the FLASH button at the Live View menu. Indoor mode: (can be selected in Mode menu at Brightness Control) • IR Filter: switch between the two states Infra_Cut and All_Pass • Flash Intensity: set the intensity of the built-in illuminator between 0 and 100% • Parity Flashing: if set, odd frames will be illuminated with reduced intensity.
6.8. MISCELLANEOUS 6.8.1. SNAPSHOT, 1:1 VIEW, RECORDING A STREAM WEB INTERFACE > BASIC SETUP > LIVE VIEW To record the live video stream to a file, click on the To open a 1:1 live video stream, click on the To save a snapshot, click on the icon in the top menu. icon in the top menu. To switch on Vehicle detection frame, click on the Page 39/91 icon in the top menu. icon in the top menu.
6.8.2. VISUAL AIDS WEB INTERFACE > BASIC SETUP > LIVE VIEW > EXTENSIONS This menu offers visual aids to set up the camera. • Histogram: Enable it to draw a luminance histogram on the live video stream • Plate: There is an optimal character size for license plate recognition.
7. EVENTS AND ANPR This chapter explains the mechanism of analysing the video stream, segmenting it to image sequences corresponding to one passing vehicle, then finding, validating, storing and publishing the license plate of said vehicle. The basic unit of the process is an event, typically consisting of one passing vehicle. In order to segment the video stream into events, an external or internal trigger is needed.
On a trigger, the Event Manager will locate and mark images in the main image buffer as corresponding to the event. Then, it will either forward them directly to the user (Upload Manager) or to license plate recognition (ANPR). The above graphic is the schematic overview of trigger events being processed.
7.1. EVENTS 7.1.1. EVENT MANAGER WEB INTERFACE > ADVANCED SETUP > EVENT MANAGER You can add and remove trigger sources in this menu. Clicking the + icon, you will be presented all available trigger sources. The sources will be connected with an OR conjunction: the trigger will be asserted while any of the trigger sources are active. Selecting a trigger source its configuration will be available at the bottom of the screen.
7.1.2. VEHICLE DETECTION TRIGGER The Vehicle Detector is an image processing algorithm capable of detecting and tracking a vehicle in a stream of images. You can monitor detected vehicles at the Live View menu by clicking the button. The detector relies on files containing algorithmic data. These descriptors will be shown with their date, mode (day or night), vehicle direction and category, and geometry. You can adjust the settings individually by choosing one of the sources of the camera.
7.1.3. MOTION DETECTOR First you need to click on Configure button to guide you to Motion Detection menu. On this page you can set all parameters.
The motion detector can provide three trigger sources: • Motion #0: Motion detected in the entire image • Motion detected in trigger area #1: A freehand drawn area may be provided to the camera as a trigger zone. If motion is detected in this zone, motdet trigger #1 will fire • Motion detected in trigger area #2: Identical to #1, with another trigger zone.
7.1.4. SOFTWARE TRIGGER A software trigger is an external trigger sent as a HTTP request.
7.1.5. GPIO TRIGGER GPIO Trigger is a hardware trigger source accepting triggers from one of the General Purpose (GP) Inputs of the device. Please refer to the Install Guide for details of the electric connection. • Sample Rate, Required samples: The voltage across the GP Input's signal and ground pins is sampled with the sample rate given. With mechanical switches it often takes a while for the voltage level to settle. During this interval both high and low samples will be recorded.
Trigger Mode: Four trigger modes are available: Level: the trigger is asserted while the input is active. Rising edge: the trigger is asserted only at the rising edge of the input. Falling edge: the trigger is asserted only at the falling edge of the input. Rising/Falling edge: the trigger is asserted both at the rising and at the falling edge of the input. Start/end offset: the interval during which the trigger is asserted can be extended in both directions with start and end offsets.
7.1.6. SCHEDULER TRIGGER This trigger source provides the user with a timer. Triggers can be scheduled with a precision of one second. Two trigger modes are available: • Edge: the trigger is asserted at only the start of the specified point in time. • Level: the trigger is asserted during the specified second/minute/hour. In the fields – Day(s) of the Month, Hour(s), Minute(s), Second(s) – the following expressions can be used: • numerals separated by semicolons (e.g.
7.1.7. UART TRIGGER The camera can be triggered through its UART port. Besides the common UART properties (Baudrate, Byte size, number of Parity bits, and Stop bits) the communication protocol can also be specified here. A UART trigger event starts with a Trigger Start Token (TST) byte, then max. 254 bytes of trigger data may follow, and then it ends with a Trigger End Token (TET) byte.
RADAR TRIGGER 7.1.8. This function is only available at SpeedCam camera. Radar trigger combines exact triggering with speed and vehicle category (e-length) measurement. The built-in radar device is a Doppler radar with a 11° beam angle. Basically, three measurement geometries can be differentiated: • Overhead when the device is installed above the lane (approx. 5-6 meters high) in the center (for example on an overpass or gantry, etc.). Typical field of application: fixed installation on a highway.
• Transversal when the device is installed on a pole near the road and it has to be directed to the vehicles only by panning and tilting (approx. a distance of 2-5 meters from the road and 5-6 meters high). Typical field of application: fixed installation on a road.
Angle correction and Cosine error: The device measures only the parallel (to the radar beam) component of the speed. This is always less or equal than the real speed of the vehicle. However, the actual speed can be calculated if the pan and tilt angles of the device are known (see images above). The measured speed can be corrected if the two parameters above (ADJO and ADJL) are determined on the basis of the angles.
Recommended settings: • Overhead: Panning angle (α) will be zero, because the radar will be mounted above the lane and it should only be tilted. The recommended setting in case of legally valid measurement: β = 25°. Recommended setting in counting mode: β = 35°. • Lateral: Tilting angle (β) will be zero, because the radar will be mounted using only panning. The recommended setting in case of legally valid measurement: α = 20-25°. Recommended setting for vehicle counting: α = 35°.
7.1.9. CARMEN GO TRIGGER MODULE SET CARMEN GO AS A TRIGGER SOURCE: As a first step, add CARMEN GO as a trigger source.
• In the drop-down menu, select the Carmen Go Trigger Module, then click Add.
SET ROI: You will see a setting surface below where you can specify roi(s) for the CARMEN GO module and the ANPR engine.
CONFIGURE CARMEN GO ROI: For the correct operation of the CARMEN GO module, you need to take a square in the picture that is in the plane of the pavement and the cars are passing through it. To do this, click left mouse button to drop the first ROI point. Between the first point and the mouse pointer there is a line that can be fixed by pressing the left mouse button again.
You can also add 2 ROIs by clicking the left mouse button next to the squares already added to add a new ROI. You can draw the second ROI in the usual way: You can delete any of the drawn ROIs by right-clicking on it. While drawing a ROI, you can delete with right-click the last placed one.
SET UP ANPR ROI: To have the ANPR engine read the license plate in the appropriate track, you can set up a lane line. To embed the separator, just click out of the ROI squares with the right mouse button. This way the trimmer selector appears: You can rotate the lane line by right-clicking the button and pressing the left mouse button. At this time, the lane line starts to rotate. If the lane line is roughly parallel to the band, release the left mouse button. Right-click to move more positioning.
You can operate the lines from the keyboard as well. The key to manipulate the line by the keyboard is Ctrl. You need to move the cursor on the image first, Ctrl functions will only work then. Click right mouse button to place center point. If the roi is selected, the Delete button will erase it. The canvas focuses on dragging the mouse and is removed when the focus mouse is pulled off. (Focus is needed to handle key combinations on an item.
You can save the settings with the save button.
SETTING ANPR TO USE ANPR ROI: For ANPR to locate a license plate in the appropriate area, you must set the Normal / Quick engine menu on the ANPR Settings interface to Trigger (vehdet) frame! You can save the settings with the save button.
7.2. ANPR 7.2.1. BROWSE WEB INTERFACE > ANPR > BROWSE Recorded events are listed on the bottom timeline in ANPR/BROWSE. Use the icons on the top to: – Select/unselect all records – List image data – Delete record(s) – Reload list of entries – Search for: timeframe / license plate / vehicle category.
If you move the cursor on the picture, small pictures will appear. Primary image is showing the full image of the event made by the primary sensor, Secondary image made by the secondary source (sensor). Plate image is showing the image of the detected number plate of the event. The last image can be set by enable Create image strip in ANPR Settings menu. It will be discussed in the next chapter.
7.2.2. ANPR SETTINGS WEB INTERFACE > ANPR > ANPR SETTINGS The main properties of the license plate recognition pipeline are configured here. It is beneficial from a performance point to limit license plate recognition to the part of the image, in which the vehicle is likely to be found. Vehicle detection and motion detection can provide such a frame, and users can define a manual frame also.
You are able to choose which sensor want to use for primary and secondary source: • Primary source contains the main configurations of ANPR settings. • Secondary source enables to set the function of secondary sensor. • Normal/Quick engine: the frame used by the Normal/Quick stage. Select Manual frame to draw a user defined frame.
• Post engine: the frame used by the Post stage The Post stage will use: o None: The Post stage will be skipped o Same as Normal/Quick: the same frame will be used as in the previous stage (Full, Manual, Motdet or Trigger) o • LP frame: the license plate frame as returned by the previous stage Extended area for LP image: As License Plate frames are somewhat less predictable, the frame can be extended with this parameter • Create LP images: Create a cropped image containing the license plate only •
• ADR Recognition: o Disabled o ADR reading only o EADR reading only o ADR and EADR reading only When an ADR or EADR plate has been read, the data xml will feature a tag with the relevant info: o Text: in case of emplty ADR plates it will read as EADR, otherwise the ADR text o Type: numeric o Frame: usual coordinates Open Browse menu and click on Info button to see ADR and EADR plates recognition among the events.
7.2.3.
The subtitles added to the image are configured here. In the Camera Constants tab users can assign a string to variables which will be printed according to the value detected.
7.2.4. ENGINE MANAGER This tool allows for installing, removing and configuring the Carmen ANPR engines used in the system. The Install Engines tab lists the engines currently installed on the camera. Unused engines can be removed with the × icon to the right. A new engine can be installed on clicking the + icon. Currently used engines are listed in the Selected Engines tab. The Normal/Quick stage uses two engines: 'Normal' under normal circumstances and 'Quick' under heavy load.
7.2.1. BLACK/WHITE LISTS WEB INTERFACE > ANPR > BLACK/WHITE LISTS The purpose of this feature is to execute tasks upon reading a certain license plate. To enable the Black/White List feature use the check box. If the feature is disabled, the settings under Upload Manager 0 will be applied. That is all license plates will be uploaded if Upload Manager 0 is enabled and configured. This way compatibility is ensured with previous releases. The BWL feature is based on rules.
7.2.2. RULES A rule will be created with an automatically generated name. It is good practice to change this to a more descriptive name. If the rule is named ‘default’, then it will be applied if no other rule can be satisfied. 7.2.3. TIME SETTINGS The day and time range can be specified at which the rule applies. Alternatively, you can use the All day check box. 7.2.4. LICENSE PLATES License plates can be added manually one by one or imported from a CSV file.
7.2.9. WHITELIST ON TOLL ROAD Create a default rule (named ‘default’), add an Upload type Event Notification which by default will forward all license plates to the tolling backend. Now create a second rule (named ‘exempt’), and add the license plates that are exempt from paying tolls (ambulance, police, road works). Do not add any Event Notifications, consequently those on this list will not be reported via the Upload feature.
7.2.10. RESULT UPLOAD WEB INTERFACE > ANPR > RESULT UPLOAD Recognition results can be uploaded using the HTTP, FTP or SFTP protocol. • Upload Method: The protocol used • Max.
Configure result file format: You can edit and check trigger information in a selected format. The content of the result data file (and the file name) is customizable using templates. The following short example, which will describe a result formatted as an XML contains all features: 1. 2. 4. 5. 6. 7.
The same content in a different format might be: 1. event_id=$(ID); 2. plate_text=$DB2XML($(ANPR_TEXT)); 3. camera_location=$(location); 4. vehicle_image=$(normal_img); which will evalutate to: 1. event_id=123456789 2. plate_text=ABC123 3. camera_location=Test Site 34b 4. vehicle_image=/9j/4AAQSkZJRgABAQAAAQABA[... a base 64 encoded image...
"$FormatTime($(FRAMETIMEMS),%Y%m%dT%H%M%S%z)" evaluates to "20180419T145713+0200". If the format string is omitted, the same timestamp is evaluated as "2018.04.19 14:57:13.594" .
7.2.11. DIAGNOSTICS WEB INTERFACE > ANPR > DIAGNOSTICS Use this tool to monitor system workload. The results in statistics will inform you about current and recent specific tasks like: • Images in the system: the number of captured images waiting for process. • Trigger count: the number of triggers received from the trigger sources • Returned results: the number of events stored in database • Results without recognized plate: the number of events where the engine couldn’t recognize plate.
8. MAINTENANCE 8.1. SYSTEM INFO WEB INTERFACE > MAINTENANCE > SYSTEM INFO The most important details about the device are listed here. • Identify tab lists values identifying the system. Please refer to these values when reporting a bug. • Hardware units lists the hardware components of the camera. • Sensor information and memory usage provide info about temperature, light levels and memory usage. It is normal to have both memory usage stats at or near to 100 %.
8.2. SENSORS WEB INTERFACE > MAINTENANCE > SENSORS The built-in accelerometer may provide help aligning the camera.
8.3. CAMERA LOG WEB INTERFACE > MAINTENANCE > CAMERA LOG Camera and ANPR logs provide information about the processes in the camera and the license plate recognition module respectively. Log entries can be copied to the clipboard and attached to a bug report.
8.4. BACKUP/UPDATE WEB INTERFACE > MAINTENANCE > BACKUP/UPDATE This menu provides tools to manage camera firmware. Use to upload a new firmware. The camera will save a backup file upon each restart, which can be restored removed or downloaded , by clicking the appropriate button. Click to return to default settings. The IP address remains unchanged. Use to change the IP address.
8.5.
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These menu entries restart the camera in normal or in recovery mode. If the web interface is not functional (for example due to a lost IP), Recovery Mode may also be entered applying the magnetic reset procedure. The magnetic reset procedure is as follows: • Start with a powered off device.
CONTACT INFORMATION Headquarters: ARH America: Service Address: ARH Inc. ARH America Corp. ARH Inc. Alkotás utca 41 HU- 28059 US Highway 19 North Suite Ipari Park HRSZ1113/1 HU 1123 Budapest Hungary Clearwater, FL 33761 Phone: +36 1 201 9650 Phone: (727) 724-4219 Phone: +36 1 2019650 Fax: +36 1 201 9651 Fax: (727) 724-4290 E-mail: rmarequest@arh.hu Web: www.arh.hu Web: www.adaptiverecognition.