MCE-LS88: A Comprehensive Overview of the Loongson COM-Express Core Module

MCE-LS88: A Comprehensive Overview of the Loongson COM-Express Core Module

MCE-LS88-3A6000 Loongson Series COM-Express Core Module (Product Front View Image) (Product Back View Image) (Product Size Front View) (Product Size Back View) Product Overview The MCE-LS88-3A6000 project is a domestically controllable, fully domestic COM-Express module that adheres to the PICMG COM.0 R2.1 standard, with pin definitions compatible with COM Express Type 6. The module processor … Read more

MCD-LP49: Loongson Series 3A3000 Core Board

MCD-LP49: Loongson Series 3A3000 Core Board

MCD-LP49Loongson Series3A3000 Core Board (Product Front View Image) (Product Back View Image) (Mainboard Dimension Diagram Front)(Mainboard Dimension Diagram Back)Product Overview The MCD-LP49 is a domestically controllable, fully domestic COM-Express module that adheres to the PICMG COM.0 R2.1 Basic standard, with pin definitions compatible with COM Express Type 6. The module’s processor uses the Loongson LS3A3000 … Read more

MCD-LQ67 – Loongson 3A3000 7A1000 COMe Core Board

MCD-LQ67 - Loongson 3A3000 7A1000 COMe Core Board

MCD-LQ67 Loongson SeriesCOMe Core Board (Product Front View Image) (Product Back View Image) Product Overview The MCD-LQ67 project is a domestically controllable, fully domestic COM-Express module that adheres to the PICMG COM.0 R2.1 Basic standard, with pin definitions compatible with COM Express Type 6. The module’s processor uses the Loongson LS3A3000 quad-core processor, with a … Read more

Research on Anomaly Localization of IoT Sensor Nodes Based on Differential Evolution Algorithm

Research on Anomaly Localization of IoT Sensor Nodes Based on Differential Evolution Algorithm

#Abstract# Traditional anomaly localization of IoT sensor nodes suffers from poor accuracy due to neglecting the actual communication range limitations of the nodes. This paper proposes a study on anomaly localization of IoT sensor nodes based on the differential evolution algorithm. By utilizing known anchor nodes and the communication distances to unknown nodes, the positions … Read more