System Control. Access to the Company’s database is highly restricted in order to ensure that only the relevant personnel who have received prior approval can access the database. The Company has also implemented appropriate safeguards related to remote access and wireless computing capabilities. Employees are assigned private passwords that allow strict access or use to Personal Data, all in accordance with such employee’s position, and solely to the extent such access or use is required. There is constant monitoring of access to the Personal Data and the passwords used to gain access. The Company is using automated tools to identify non-human login attempts and rate-limiting login attempts to minimize the risk of a brute force attack. Data Access Control User authentication measures have been put in place in order to ensure that access to Personal Data is restricted solely to those employees who have been given permission to access it and to ensure that the Personal Data is not accessed, modified, copied, used, transferred or deleted without specific authorization for such actions to be done. Any access to Personal Data, as well as any action performed involving the use of Personal Data requires a password and user name, which is routinely changed, as well as blocked when applicable. Each employee is able to perform actions solely in accordance with the permissions granted to him by the Company. Furthermore, the Company conducts ongoing reviews of the employees who have been given authorization to access Personal Data, in order to assess whether such access is still required. The Company revokes access to Personal Data immediately upon termination of employment. Authorized individuals can only access Personal Data that are located in their individual profiles.
System Control. The State agrees that a system control entity will not be given powers about system control which could be exercised so as to prevent QTSC from complying with its obligations under Clause 7 of the Interconnection and Power Pooling Agreement.
System Control. Unless otherwise specified in the Sales Agreement, Purchaser will provide a server with the appropriate provided specs for the System Control application.
System Control. The Traffic Controller in each base station maintains all of the trunking logic. These station controllers interconnect to one another and to the Site Link 25 controller, which allows the Site Link 25 controller to collect site management information. In the event of a Site Link 25 controller failure, non-critical management features would be reduced, while all trunking features would be retained under the control of the Traffic Controller. The Traffic Controller takes all of the trunking intelligence and control out of a single Site Controller computer and distributes them among the repeaters. These station controllers interconnect, which permits sharing of control channel information among the working channels and allows any working channel to assume the functions of the control channel. This eliminates the possibility of a site failing into conventional-only mode due to all control channel capable stations failing. At the transmit site, the signals are processed by the site's simulcast equipment and interfaced to the remote simulcast control point controllers. In P25IP GPS simulcast, there is no Site Controller computer at the transmit site. Instead, the processing is distributed in the station controllers, which eliminates the risk of a single-point failure. In the unlikely event that communication is lost between a transmit site and the control point, these station controllers will allow the site to continue local trunking. A call is assigned at the simulcast control point controllers. The audio or data is synchronized and processed before being passed via microwave or fiber to each transmit site. The transmit site resynchronizes the audio or data, adds the appropriate delay, and passes it to the assigned station. GPS receivers provide precise timing signals at both the control point and each transmit site. This same GPS signal is used to derive the 10 MHz frequency reference for the base stations at each transmit site. For the return path, audio or data is received by the station at the transmit site. That information is analyzed for bit errors, IP packetized and sent back to the associated channel at the Control Point. The information is compared with data from other RF sites and all that is left for the channel to do is determine which site has provided the signal with the fewest bit errors. The channel then provides the best received signal to the simulcast control point controller for re-transmission. The maximum amount of path delay compensation...
System Control. As between the Parties, each Party has and will retain sole control over the operation, provision, maintenance, and management of their respective Systems and shall have sole responsibility and liability with respect thereto, other than as may be expressly set forth in this Agreement. “Systems” means, as applicable, the Merchant Systems and the Banyan Systems.
System Control. 5.1.1. Access system Here the coordinator can find out who has access to what module and sub module via an overview of the different access levels and corresponding access keys. Each key entails different access rights which in turn correspond to specific access levels. These are structured hierarchically so that a higher ranking access level will always include the access rights of the one below. Each user is assigned one or more access keys with which he can access the various modules and sub modules of ProjectAngel. The following schedule displays the users highest access key neglecting the keys ranked below.
System Control. Commitment to delivering a system control total.
System Control. 8.1 Contractor’s System, shall identify and respond to requests for remedial maintenance, reports of System anomalies, and reports of user problems and System questions, including tools available to Contractor's staff, software to be utilized, etc. The Contractor's System shall be supported by staff of experienced, well trained technicians.
System Control. The Quattro S is controlled from an MS-Windows 7 graphical user interface running at a 1920 x 1200 screen resolution. The controller computer is based on an Intel Xeon W3520 Processor/ 2.66 GHz 8 MB cache, 12 GB system memory, one 500 GB hard drive, one 16x DVD+/-RW drive, integrated FireWire and USB ports and a 1 Gb LAN network card (computer specifications subject to change). The system includes a 24” LCD monitor, keyboard, optical mouse and a height-adjustable office desk. A USB manual user interface (for controlling magnification, contrast/brightness, beam shift and stigmators) and/or a Joystick (for control of stage movement) is optionally available. The microscope controller is dedicated to its primary function, includes a DVD/RW and has a possibility to connect directly to a LAN. Optionally, a support computer can be connected for additional PC-type of functionality such as MS-Office software suite, firewall, anti-virus and other non-instrument software. RAPID This instrument is RAPID-enabled. RAPID (Remote Access Program for Interactive Diagnostics) is a highly secure connectivity tool that enables Thermo Xxxxxx Scientific’s service engineers to connect directly to the instrument to address system issues remotely. RAPID can significantly speed up repair time and thus reduce instrument downtimes, while improving Thermo Xxxxxx Scientific’s overall quality of service. Thermo Xxxxxx Scientific’s service engineers use RAPID to perform remote system diagnostics and repairs, support user operation and view images for enhancing system performance. However, customers maintain complete control of how and when RAPID is used -- each RAPID session must be initiated by the customer. RAPID requires a high-speed internet connection (> 5 MB/sec recommended, 1 MB/sec required). For full details please browse to the RAPID pages on the Thermo Xxxxxx Scientific website.
System Control. Except as otherwise expressly provided in this Agreement: (i) Superion has and will retain sole control over the operation, provision, maintenance, and management of the Superion Solutions; and (ii) Customer has and will retain sole control over the operation, maintenance, management of, and all access to and use of, the Customer Systems, and sole responsibility for access to and use of the Superion Solutions by any Person by or through the Customer Systems or other means controlled by Customer or any Authorized User, including any reports or results obtained from any use of the Superion Solutions, and conclusions, decisions, or actions based on such use.
