Demonstrated by sensors bright
Demonstrated by sensors bright
The software then provides the BIFIPRO, sensor data on to the digital platform UCare4 log. There is only exchange of data occurs with the UCare4 program and it is not the case that drives the BIFIPRO UCare4 in one way queue management software or another. For this data exchange is defined XML format. This format of the (measurement) data, and also includes elements to queueing system store identify these data and secure. Enables (measurement) data to the appropriate registration point water (tap) and the right building will be linked.
To pair the online monitoring of copper/ silver ionization to UCare4, UCare4 the environment is changed. It is made possible to be able to enter information queue management software so that the processes described may be carried out. The DRI (Data Receiving queueing system store Interface) receives the XML messages, real-time analyzes and tests of security, validity and integrity criteria. In addition, this interface allows for proper storage and processing in UCare4 of the received messages. Then, the sender is checked and then it is judged that the content meets the specifications of shape, encryption, and message content.
Once the data have come through this 'inspection', the data is further processed and made available to the end user within the application. In the further development of the desired application has been noted that certain functionalities within the deadlines of the project did not appear to be feasible. Thus, there needs to be a queue management software further development of the validate- and integrity checks as well as a further integration with the sensor systems. Moreover, in addition to the basic reporting via the log, developed a comprehensive reporting module to the data presented by UCare4 worsen. Sadat incorporates the results in the digital logbook behind the corresponding predefined log sheet.
Throughout the project FF3 it was still not possible queue management software to connect the Ucare4 system at the pilot plant. The system is independent of the trials in the WAC. In Water Application Center (SAC) is the demonstration plant constructed consisting of BIFIPRO® copper/ silver ionization system, the copper/ silver sensor (Silo) and the bio film sensor (Coax Sensor). This was the first time that these systems are linked to each other. In the WAC it is possible to queue management software under semi-field conditions to test the operation queueing system store of an installation.
This can be simulated extreme situations that you would not do in a real environment such as a hospital. The Silo sensor is used to queue management software monitor the operation of the BIFIPRO (through controlled enough copper and silver) and where necessary make adjustments. In the installation as it is tested in the WAC it was still not possible to correct the BIFIPRO on the basis of the sensor data. The required software is parallel to the tests in the WAC developed (see Section 32). The sensor is coaxial with the flow/ pressure and temperature sensor used for the purpose to record growth and change in quality in the water.
To pair the online monitoring of copper/ silver ionization to UCare4, UCare4 the environment is changed. It is made possible to be able to enter information queue management software so that the processes described may be carried out. The DRI (Data Receiving queueing system store Interface) receives the XML messages, real-time analyzes and tests of security, validity and integrity criteria. In addition, this interface allows for proper storage and processing in UCare4 of the received messages. Then, the sender is checked and then it is judged that the content meets the specifications of shape, encryption, and message content.
Once the data have come through this 'inspection', the data is further processed and made available to the end user within the application. In the further development of the desired application has been noted that certain functionalities within the deadlines of the project did not appear to be feasible. Thus, there needs to be a queue management software further development of the validate- and integrity checks as well as a further integration with the sensor systems. Moreover, in addition to the basic reporting via the log, developed a comprehensive reporting module to the data presented by UCare4 worsen. Sadat incorporates the results in the digital logbook behind the corresponding predefined log sheet.
Throughout the project FF3 it was still not possible queue management software to connect the Ucare4 system at the pilot plant. The system is independent of the trials in the WAC. In Water Application Center (SAC) is the demonstration plant constructed consisting of BIFIPRO® copper/ silver ionization system, the copper/ silver sensor (Silo) and the bio film sensor (Coax Sensor). This was the first time that these systems are linked to each other. In the WAC it is possible to queue management software under semi-field conditions to test the operation queueing system store of an installation.
This can be simulated extreme situations that you would not do in a real environment such as a hospital. The Silo sensor is used to queue management software monitor the operation of the BIFIPRO (through controlled enough copper and silver) and where necessary make adjustments. In the installation as it is tested in the WAC it was still not possible to correct the BIFIPRO on the basis of the sensor data. The required software is parallel to the tests in the WAC developed (see Section 32). The sensor is coaxial with the flow/ pressure and temperature sensor used for the purpose to record growth and change in quality in the water.
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