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ddsf:public:applications:manufacturing [2020/09/24 12:36] murphy [Edge computing accelerates real-time decision making and Supports proactive maintenance] |
ddsf:public:applications:manufacturing [2021/07/14 15:55] (current) murphy ↷ Links adapted because of a move operation |
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| powers ADLINK's DEX Series to execute full-process data exchange among devices, | powers ADLINK's DEX Series to execute full-process data exchange among devices, | ||
| thoroughly integrating network connection and data transmission/control in | thoroughly integrating network connection and data transmission/control in | ||
| - | existing equipment and systems using MES or [[ddsf:private:cookbook:06_append:glossary:s:scada]] integration. | + | existing equipment and systems using [[ddsf:public:guidebook:06_append:glossary:m:mes]] or [[ddsf:public:guidebook:06_append:glossary:s:scada]] integration. |
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| ===== Edge computing accelerates real-time decision making and Supports proactive maintenance ===== | ===== Edge computing accelerates real-time decision making and Supports proactive maintenance ===== | ||
| With implementation of Industry 4.0, vibration analysis algorithms supported by | With implementation of Industry 4.0, vibration analysis algorithms supported by | ||
| - | cloud server architecture enable easy prediction of potential problems to adopt | + | cloud [[ddsf:public:guidebook:06_append:glossary:s:server|server]] architecture enable easy prediction of potential problems to adopt |
| preventive action. As well, equipment maintenance or replacement can be executed | preventive action. As well, equipment maintenance or replacement can be executed | ||
| preemptively, significantly enhancing efficiency. ADLINK's innovative equipment | preemptively, significantly enhancing efficiency. ADLINK's innovative equipment | ||
| - | status monitoring edge [[ddsf:private:cookbook:06_append:glossary:c:computerplaform]] delivers complete and comprehensive | + | status monitoring [[ddsf:public:guidebook:06_append:glossary:e:edge|Edge Computing]] platform delivers complete and comprehensive |
| data acquisition, analysis, and upload. The real-time analytics can be sent to | data acquisition, analysis, and upload. The real-time analytics can be sent to | ||
| - | the data center, by upload to the cloud and fast connection to the ERP/MES upper | + | the data center, by upload to the cloud and fast connection to the ERP/[[ddsf:public:guidebook:06_append:glossary:m:mes|MES]] upper |
| layer application system. Effective dynamic preventive maintenance strategies | layer application system. Effective dynamic preventive maintenance strategies | ||
| can be generated according to machine operation status in real-time, improving | can be generated according to machine operation status in real-time, improving | ||
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| ===== Intelligent edge computing supercharges smart manufacturing ===== | ===== Intelligent edge computing supercharges smart manufacturing ===== | ||
| - | Al implementation in edge computing enables easy implementation of normally | + | Al implementation in [[ddsf:public:guidebook:06_append:glossary:e:edge|edge computing]] enables easy implementation of normally |
| difficult production tasks such as customized quality inspection, detection | difficult production tasks such as customized quality inspection, detection | ||
| of minute irregularities in textured surfaces, and labeling recognition for | of minute irregularities in textured surfaces, and labeling recognition for | ||
| - | irregularly stacked cargo. Machine learning, cognitive services, image | + | irregularly stacked cargo. [[ddsf:public:guidebook:06_append:glossary:m:machinelearn|Machine learning]], cognitive services, image |
| processing analysis, and other complex information management tasks can | processing analysis, and other complex information management tasks can | ||
| be performed at the edge to make adjustments in real time, Production | be performed at the edge to make adjustments in real time, Production | ||
| equipment, unmanned vehicles, and complex robotics benefit from the | equipment, unmanned vehicles, and complex robotics benefit from the | ||
| - | increased stability, reduced latency, and enhanced efficiency provided | + | increased stability, reduced [[ddsf:public:guidebook:06_append:glossary:l:latency|latency]], and enhanced efficiency provided |
| in FoF operations, with accuracy increased through continuous training | in FoF operations, with accuracy increased through continuous training | ||
| and significantly reduced development time. | and significantly reduced development time. | ||
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| Source: [[https://www.adlinktech.com/en/AI-enabledMachineVision.aspx | Adlink: AI-enabled Machine Vision ]] | Source: [[https://www.adlinktech.com/en/AI-enabledMachineVision.aspx | Adlink: AI-enabled Machine Vision ]] | ||
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