This paper mainly introduced qt programming and ***,it explained the communication mechanism between objects-the signal and slot in detail;Secondly,in order to describe deeply the theory and implement of the mechanism...
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This paper mainly introduced qt programming and ***,it explained the communication mechanism between objects-the signal and slot in detail;Secondly,in order to describe deeply the theory and implement of the mechanism,then it gave the programming example of time ***,it provided the summary of qt programming.
Features of design and implementation of the preliminary version of the main software for a multiparameter patient's monitor are presented. Alarm Control Subsystem is highlighted. The design fulfills requirements ...
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ISBN:
(纸本)9783319193878;9783319193861
Features of design and implementation of the preliminary version of the main software for a multiparameter patient's monitor are presented. Alarm Control Subsystem is highlighted. The design fulfills requirements of standards for monitoring systems. The software was designed with multi-layer architecture conformed by four layers. Functions for acquiring, processing and visualization of signals and values are connected but, at the same time, are independent. Software was implemented using qt environment tools like multi-thread, object oriented programming and signals-slots. It provide to the doctors and nurse with different configuration options like setting variable limits and customize the performing of visual and sound alarm notifications. The software was implemented to be used on a monitoring device with a main board based on ARM-9 microprocessor. Using multi-layer architecture it is possible to verify each subsystem independently and to make more easy update and maintenance tasks. Monitoring and operational performance of the monitor reached expected results.
As a collection of entertainment and medical rehabilitation in a robot, the research on the arm-wrestling robot is of great significance. In order to achieve the collection of the arm-wrestling robot's force signa...
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ISBN:
(纸本)9781510611320
As a collection of entertainment and medical rehabilitation in a robot, the research on the arm-wrestling robot is of great significance. In order to achieve the collection of the arm-wrestling robot's force signals, the design and implementation of arm-wrestling robot's force acquisition system is introduced in this paper. The system is based on MP4221 data acquisition card and is programmed by qt. It runs successfully in collecting the analog signals on PC. The interface of the system is simple and the real-time performance is good. The result of the test shows the feasibility in arm-wrestling robot.
Features of design and implementation of the alarm system for a vital signals monitor are presented. The design fulfills requirements of standards for monitoring systems. It was implemented using qt environment tools ...
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ISBN:
(纸本)9783319131160;9783319131177
Features of design and implementation of the alarm system for a vital signals monitor are presented. The design fulfills requirements of standards for monitoring systems. It was implemented using qt environment tools like multithread, object oriented programming and signals-slots. The system provide to the doctors and nurse with different configuration options like set up variable limits and customize the performing of visual and sound alarm notifications. This whole system is intended to avoid alarm fatigue to health personnel.
This paper presents a video based control system for a Fanuc M-6iB/2HS articulated robot. The system uses a CMUCam3 video camera connected to PC. The industrial robot is controlled via the TCP/IP protocol using a cust...
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ISBN:
(纸本)9781467307024
This paper presents a video based control system for a Fanuc M-6iB/2HS articulated robot. The system uses a CMUCam3 video camera connected to PC. The industrial robot is controlled via the TCP/IP protocol using a custom simulation software created in previous researches for the industrial robot. The simulation software implements additional classes designed to control and monitor the video camera. The paper presents in detail the calibration and testing stages. The system is capable to detect cylindrical objects of any stored color and is able to determine their position in the working space of the robot.
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