Endpoint. The Endpoint for connecting to the Amazon Web Services instance.
Endpoint. UK fixed line geographic number (01 or 02) 6.26.3 UK 03, 080x, 050x number
Endpoint or webhook integration of attendance status, inspection results and other parameters needed as a replacement for the QR Code method.
Endpoint. Agent Configuration 1. An approved antivirus must be enabled on all CalSTRS owned and managed systems and kept up to date. Antivirus must utilize signature, and signature-less prevention techniques.
Endpoint. Any Federal Reserve Bank, financial institution, local clearing house, courier or other entity or location for the delivery of cash letters or other presentment of electronic items or substitute checks.
Endpoint. Any device capable of being connected, either physically or wirelessly to a network, and accepts communications back and forth across the network. Endpoints include, but are not limited to, computers, servers, tablets, mobile devices, or any similar network enabled device.
Endpoint. Consistent with a second iteration of the MICO Metadata Model, Anno4j has also been reworked. Besides necessary refactoring of the code base to allow for example multiple inheritance of entities, concurrent usage of Anno4j instances, Anno4j was adapted to the new version of the MICO Metadata 38xxxxx://xxxxxx.xxx/anno4j/anno4j Model. Furthermore, Anno4j was enhanced with convenient methods to export created RDF information in various formats like JSON-LD, Turtle, or XML. The two most important changes are the introduction of querying and custom extensibility of Anno4j will be presented in the following.
Endpoint. Endpoint" means any Federal Reserve Bank, financial institution, local clearing house, courier or other entity or location for the delivery of cash letters or other presentment of Electronic Items or Substitute Checks.
Endpoint. Frequency and severity of adverse events categorized using the NCI Common Terminology Criteria for Adverse Events version 4.0 (CTCAE v4.0).
Endpoint. General ComVantage access control architecture As shown in the figure above, the initial ComVantage high level architecture consists of three main blocks: LD Network Access Manager: this block is in charge of deciding if the access will be granted or not. The information about the request will be stored, together with the decision adopted in the Access Log repository. Linked Data information Access Manager: this block is responsible of showing the user all the resources that are accessible to the user’s role. It is also responsible of managing the exceptional and temporary access requests. Trusted Network and Policy management: this block maintains updated the common ComVantage information, such as the CV roles, CV collaborative policies and CV collaborator’s list. All this information is stored in the Collaborative Policy Storage for each domain. In addition, an authentication component is defined, which is in charge of allowing or denying access to the access control module. It is also assumed that each user application has to be authenticated towards its own domain but this is out of scope of the Access Control model. In order to implement the access control addressed in the LD Network Access Manager block, two different approaches are proposed. The first one takes the access control decision based on the content of the SPARQL query. The second one makes the decision only on the base of the data source accessed. That is, with the first approach we do not care about the data structure, as we only have to analyse whether the query is authorized or not. With the second approach, we do not care about the received query, as we generate different views of the information in the different endpoints based on roles and only control that applications access to the different endpoints to which they have permissions depending on their role. Therefore, both approaches fit with this architecture shown. The only differ in the way the block LD Network Access Manager is implemented. The rest of the blocks apply to both of them. In order to better explain the architecture and operation of the security model, the common modules will be explained first. Afterwards, the different approaches to implement the LD Network Manager will be explained.
