Access Control System

The main concern that may arise when dealing with intruders in the college is getting hold of personal information. This is a major concern for any school or college and is important that they are stopped. If intruders do enter the premises they could get hold of personal information about students and staff. In my poster I have highlighted this and given advice on how to stop this from occurring if someone unauthorized enters the building. Computes should be password locked when they are not being used and any confidential paper work should be put into cabinets which are locked. Staff should ensure that all members staff are aware of this rule and if any computers are not locked to do so. By having this

Personal within the Administrative Areas that are only responsible for data entry are given Thin Client Computer: HP model L1706. The Administrative Departments have two networked HP 4350 Black and White Laser Printers and one color HP 4200pht networked Laser Printer. The Administrative Department is then linked to the IT Data Center where in the IT Date Center; connections are established with servers and the internet. This circuit will be discussed later in this paper.

This section gives the details and specification of the hardware on which the system is expected to work.

The floors in the entryway are all hardwood floors, so carpeting that is too high is not an issue either. The door handle to the building is 37 ¾ inches high, so it can be reached even from a lower level. The door in the main entrance is easily opened, but I did notice one way that could make entering the building a little difficult for someone who is in a wheelchair or cannot move very quickly. In order to unlock the main door, an electronic key fob needs to be scanned on a scanner. The scanner is inconveniently located too far away for a person to remain in the same place to scan their key fob and open the door at the same time. Since the scanner only unlocks the door momentarily, the door would most likely lock itself by the time someone who had issues with mobility was able to reach the door handle and open the door. This could be fixed by increasing the amount of time the door remains unlocked after scanning the key fob or by moving the key fob scanner closer to the door handle. I also noticed that if someone is trying to enter the leasing office, the door is incredibly difficult to open even for people who do not have any accessibility issues. The leasing office door needs to be replaced with a

In an effort to be better prepared for a threat on campus, Roseville High School maintenance began installing Lock Bloks in the portables a week and half ago. These $10 devices allow doors

The objective of this project is to help train DC Construction staff with their BRIX problems by planning how to operate the new system. The company will provide 20 laptops for this training session. When DC Construction changes their BRIX system, they will also change their financial system. Currently all locations have trouble with the financial and accounting system. The sites do not have a standard system, which may have contributed to the problem. The new STIX system will allow each site to have a high of compatibility through a standardized operating system. The company will implement the new system in six months, and will be operational, company wide, by August 30 next year. A development team will come up with a project plan to

a. Create a booklet which explain the function of hardware components and identify communication between components. The pages should include photographs and diagrams to illustrate the information you include. (P1)

2. Identify what types of technology will be involved in the architecture and explain the purpose of each technology.

Access control system is a system designed to control entry to prevent intruders into selected areas and manage movement of people/vehicles within. Its purpose is to increase security by determining who, when and where are they allowed to enter or exit.

The first section, which is Research, is split into three subcategories that include hardware, software, and enclosure. Going from left to right along the orange subsection, the first section is components selection which focuses on picking the several different hardware components that the device will contain. Next is the circuit design which consists of how the best way to design the different components comes into research such as where devices are going to have to be placed. PCB Layouts concerns any type of special materials for the board that might be needed as well as cost and batteries. Tool selection concerns the program selection that the team will be using to design the boards. The final section in the hardware subsection is sensor design and how they will come to fit together.

Access control system- installing an access control system in your building is important as this will determine authorized personnel only. Its latest form of technology has set a standard that can detect identity with the use of an identification card, use of finger prints and or a retina scan. This is to control random people in coming in and out of the building

Passing Memorial Union, Lincoln Hall was seen over there along a straight road. Approaching it, I saw many people who wore a muddy white T-shirt and jeans dig up the earth with shovels. Actually, there might be other people to do other things, but people I could recognize were only them digging holes; because the white road I was walking on was dirty with brown mud. The dormitory was under construction although some students already started to live there. I wondered whether it would be finished until fall semester started. Finally, I managed to got there, and stand in front of the big grass door. Pulling the silver knob, entering into Lincoln hall, there is the same door that I had just opened in a small square room. It is probably for tight

Venture supervisors and architects will work intimately with you to characterize the extension, convenience, and useful necessities of your item. The guideline operations of the whole framework are plotted and fundamental electronic parts chose.

Access control mechanisms protect sensitive information from unauthorized users. However, when sensitive information is shared and a Privacy Protection Mechanism (PPM) is not in place, an authorized user can still compromise the privacy of a person leading to identity disclosure. A PPM can use suppression and generalization of relational data to anonymize and satisfy privacy requirements, e.g., k-anonymity and l-diversity, against identity and attribute disclosure. However, privacy is achieved at the cost of precision of authorized information., we propose an accuracy-constrained privacy-preserving access control framework. The access control policies define selection predicates available to roles while the privacy requirement is to satisfy the k-anonymity or l-diversity. An additional constraint that needs to be satisfied by the PPM is the imprecision bound for each selection predicate. The techniques for workload-aware anonymization for selection predicates have been discussed in the literature. However, to the best of our knowledge, the problem of satisfying the accuracy constraints for multiple roles has not been studied before. In our formulation of the aforementioned problem, we propose heuristics for anonymization algorithms and show empirically that the proposed approach satisfies imprecision bounds for more permissions and has lower total imprecision than the current state of the art.

In this phase, there will be blueprints that show all the cable and also the arrangement all the computer to synchronize all the lab. This phase is the plan before the implementation made and the suitable design that suit the lab. It will show the design for the room, the place that the wire will place and also the rack for the switch.