FACIAL RECOGNITION ACCESS CONTROL FRS ACCESS is a cutting-edge face recognition physical access control software system which electronically controls from one to several doors. FRS ACCESS™ constantly detects the physical presence of a user according to his facial signature and matches the findings to identify persons from a local or networked database.It supports both Stand Alone and Network operation modes.  Replicable DATABASE, Automatic Ageing learning+ algorithm, Configurable video enrollment, Flexible operation methods, user control over image properties, face distance, configurable video sources, 1:N Facial Recognition. Can integrate with RFID card system, Magnetic Card system, PIN code access system, Passport and ID card identification What makes FRS ACCESSII so special? ACCESSII is a well tested reliable platform that allows fast recognition through facial template comparison with or without token identification. 1:N (only facial recognition) RFID (GIGA-TMS or EM 125KHZ)

PASSPORT & Card ID SCANNER Standalone / Networked through REPLICATION Replication scheduler (Hourly / Daily / Weekly) Flexible field management available through configuration Real-time access list history Import / Export capabilities Time Zone / Shift Management Time Attendance & Access control reports Absence reporting (with reason) 4. Physical Access Control Door Controller through COM port Manual / Automatic door controlsliding shower door roller suppliers Silent Alarm for suspicious faces (non-enrolled persons)windows and doors charlottesville va Automatic storage of suspicious facesbest way to restain a door

Alarm dry-contact (RELAY) for suspicious activity Real-time history LOG in CSV format ACCESS II ATOM Hardware: Atom CPU N270“533 MHz FSB, 512KB L2 Cache N270 1.6G 945GSE+ICH7-M VGA:GSE 945 Integrated. Upgradeable memory 1*SODIMM Slot, Double channel, DDR2 667. Modular Battery Bay Re-chargeable Lithium Ion Battery Pack (Prismatic Cell( 2S2P--32.56W (at least 3 hr( Mass Fixed HDD “80GB 2.5” “9.5mm height 5400 RPM SATA Ultra DMA” Video Display Controller 945GSE (Simultaneous and multi-monitor. jeep wrangler 4 door for sale paLCD Display 10.2” XGA TFT (1024*600(solid wood interior doors dallas Camera 1.3M USB Camera Built in. 24 hour door repair calgaryBuilt in Stereo Speakers X 2, Internal Stereo Microphonecustom entry doors edmonton

Wireless 3945 B/G Network Connection. DC-IN Jack, Headphone Jack, Stereo MIC Jack, Card bus PC Card or new card. D-Sub 15 Monitor out. Dimension 252(L) x 192(W)x 28(H-min.) Weight 1.18kg Four channel card, 240VAC/10A power relay or 30VDC/1A, gold contacts, signal relay options available. PCB tracking will handle 120/240VAC @ 10Aamps, LED channel status indication with Opto-isolation options. Protective Perspex cover/base & DIN mount options available USB powered, no external power connections required. Corner mounting holes allow cards to be intermixed or stacked. ACCESSII provides Flexible configuration of Door Open Delay and selectable Door Relay ACCESSII can support any camera that has SDK, ActiveX or API. Currently ACCESS II has some special versions supporting: AXIS, A-SONI, VIVOTEK and MAVIX IP CAMERAS and VIDEO SERVERS. A Convenient and secure method of controlling door entry Authentication relies upon Facial Biometric to gain entry Higher security than conventional systems

No keys or cards to carry No need to issue keys or cards for every user Accurately recording the arrival and departure Real time monitoring of door access Intelligent access control by group and time schedule Hospitality, Hotels access control and guest management DirectX video interface (Win 32 API) Real time facial recognition Time Attendance feature (In / Out / Automatic / Manual),(Can require additional camera) Fully customable Time Attendance reports MDB / CSV Log format Silent alarm with suspect detection feature Log Browser including visual history User Privacy mode – no image saving, RFID, Magnetic Card configurable Code Panel or Face only modes Visual view of video input Visual view of face detection History / Enrolled / Suspects view Voice alerts during system operation Multi-language, Easy to use graphic interfaceIts quiet fun to work with RFID based projects! In the previous article, we saw how to interface RFID with Arduino.

Interfacing is the first step to create any useful project. So why don’t we create an RFID based Access Control System or an RFID based Door Lock using Arduino? The system I have designed here is a simple version of the project. This project can be enhanced with a lot of features (which I will be doing in the next version of this project – Advanced RFID based Door Lock). Note:- You must read and do Interfacing RFID Reader with Arduino before proceeding with this project! The circuit diagram to build this Simple RFID based Door Lock is given below. It’s the same circuit we used for interfacing tutorial. We will be enhancing this project with an LCD Module Display towards the end of this article. For the time being we will use Serial Monitor to display outputs. So that’s the circuit diagram! You need nothing more than this when you use Serial Monitor for output display. We need an LCD Display to make this project stand alone. So we will be wiring the LCD towards end of this article.

An RFID based Door Lock is based on some simple concepts. We store a set of RFID card data in our system, say 3 or 10 RFID card data. When the person with the right RFID card (compatible to data preloaded in our program/system) come and swipes his RFID tag, access will be granted. When the person with the wrong RFID card (whose data is not loaded in our system) swipes his RFID tag, access will be denied. I hope you understand the system concept of RFID based Door Lock. Note:- I have reused many parts from the interfacing RFID with Arduino tutorial. This will help you to understand the program better! Lets begin with variables used in the program. The variables data_temp, read_count and one dimensional array RFID_data[] serve the same purpose in interfacing RFID with Arduino tutorial. Saved_Tags – is our 2 Dimensional array which holds preloaded RFID card data. In this example, I have loaded this array with data of 3 RFID cards. tag_check – is a boolean variable used to hold the status of for inner for loop iteration (of CheckData() function).

The comparison between preloaded data and the swiped card data happens inside CheckData() function. The swiped card data is available in one dimensional array RFID_data[]. The data in this array is compared with each card value inside our 2 Dimensional array (preloaded card data). The inner for loop performs this comparison of each row data of 2 D array with data inside RFID_data. With each successful comparison of elements, tag_check will maintain true value. If a comparison between elements fail, tag_check will be moved to false value. tag_status – is another boolean variable used hold status of a completed comparison. This variable status is changed after one complete execution of the inner for loop. If the value of tag_check remains true after one complete cycle of inner for loop, it means the swiped card is a valid one and access can be granted. So we set this variable tag_status to true to make use of it in AccessCheck() function.Now lets add an LCD module to this door lock and display lock status on LCD.