MWSDK(TWELITE SDK)
MONO WIRELESS INC.
MWSDK_EN
MWSDK_EN
  • TWELITE SDK (MWSDK) manual
  • Introduction
    • TWELITE SDK Terms of Use
    • Support and response
    • Mono Wireless Software License Agreement
    • Structure of TWELITE SDK
  • Get the latest version
    • TWELITE SDK revision history
  • How to use TWELITE SDK
    • Install TWELITE SDK (MWSDK)
    • Use with VSCode
    • folder structure
    • How to build from the command line
    • About build definitions
      • About Makefile
      • about Version.mk
      • bin file naming conventions
    • program firmware
      • Wiring for firmware programming
      • tweterm.py
  • TWELIET NET API overview
    • Terms
    • TWELITE NET library structure
    • TWENET working flow
      • flow: System start-up
      • flow: Main loop
      • flow: Wireless events
      • flow: Hardware interrupts/events
      • flow: User-defined event processing function
    • Structure of the source code
    • Modules
    • Wireless packets
      • Maximum packet length
      • Addressing conventions
      • Application ID
    • About the network
      • SimpleNet
        • Transmit
        • Receive
      • RelayNet
        • Implementation of the parent device
        • Implementation of repeaters
        • Implementing a child device (MININODES)
        • NB beacon system connection
        • Address of the relay network
        • Static relay with fixed host address
  • TWELITE NET API references
    • The callback functions
      • cbAppColdStart()
      • cbAppWarmStart()
      • cbToCoNet_vMain()
      • cbToCoNet_vRxEvent()
      • cbToCoNet_vTxEvent()
      • cbToCoNet_vNwkEvent()
      • cbToCoNet_vHwEvent()
      • cbToCoNet_u8HwInt()
    • TWELITE NET functions
      • ToCoNet_vMacStart()
      • ToCoNet_bMacTxReq()
      • ToCoNet_u32GetSerial()
      • ToCoNet_u32GetRand()
      • ToCoNet_vSleep()
      • ToCoNet_vDebugInit()
      • ToCoNet_vDebugLevel()
      • ToCoNet_u32GetVersion()
      • ToCoNet_bRegisterAesKey()
      • ToCoNet_vRfConfig()
      • ToCoNet_vChConfig()
      • ToCoNet_Tx_vProcessEventQueue()
      • ToCoNet_u16RcCalib()
    • RelayNet API
      • functions
        • ToCoNet_Nwk_bInit()
        • ToCoNet_Nwk_bStart()
        • ToCoNet_Nwk_bPause()
        • ToCoNet_Nwk_bResume()
        • ToCoNet_Nwk_bTx()
      • Structure
        • tsTxDataApp (relay net)
        • tsRxDataApp (relay net)
        • tsToCoNet_Nwk_Context
      • LayerTree net
        • ToCoNet_NwkLyTr_psConfig()
        • ToCoNet_NwkLyTr_psConfig_MiniNodes()
        • tsToCoNet_NwkLyTr_Context
    • typedef, frequently used macros
    • Structures
      • sToCoNet_AppContext
      • tsRxDataApp
      • tsTxDataApp
    • TWELITE NET macros
      • ToCoNet_REG_MOD_ALL()
      • utils.h
    • User defined event handling functions
      • State
      • Events
      • ToCoNet_Event API
        • ToCoNet_Event_Register_State_Machine()
        • ToCoNet_Event_Process()
        • ToCoNet_Event_SetState()
        • ToCoNet_Event_vKeepStateOnRamHoldSleep()
        • ToCoNet_Event_u32TickFrNewState()
    • Module library
      • ENERGY SCAN
      • NB SCAN
    • PRSEV library
    • global variables
      • uint32 u32TickCount_ms
      • sToCoNet_AppContext (static variable)
    • PANIC
  • HW API reference
    • Peripherals
      • ADC
        • adc.c
      • DIO
      • TickTimer
      • UART
        • SERIAL library
          • SERIAL_vInit()
          • SERIAL_vInitEx()
          • SERIAL_bRxQueueEmpty()
          • SERIAL_i16RxChar()
          • SERIAL_vFlush()
          • tsSerialPortSetup
          • tsUartOpt
        • fprintf library
          • vfPrintf()
          • vPutChar()
          • tsFILE
      • Timer
        • Timer library
          • vTimerConfig()
          • vTimerStart()
          • vTimerStop()
          • vTimerDisable()
          • tsTimerContext
      • WakeTimer
      • I2C
      • SPI
    • Flash, EEPROM
      • EEPROM
      • Flash
  • Utils references, others.
    • ByteQueue
    • u8CCITT8()
    • SPRINTF library
    • BTM library (consecutive reading) DIO input
GitBook提供
このページ内
  • Basic principles
  • About layers
  1. TWELIET NET API overview
  2. About the network

RelayNet

前へReceive次へImplementation of the parent device

最終更新 3 年前

TWELITE NET has a LayerTree network as a relay network.

A LayerTree network is a relay network designed for efficient upstream delivery. LayerTree_mininodes, which are solely for transmission, are also part of the LayerTree network.

Basic principles

  • There is only one parent unit and all communication is centralised in the parent unit.

  • As a general rule, the direction of delivery is from the end node to the upper level and finally to the parent machine.

    • Downward delivery from the parent unit is by broadcast communication.

    • Communication between sub-units and repeaters is only possible after delivery to the parent unit.

    • However, it is possible to send directly between nodes that are within radio range by specifying their addresses.

  • The transponder predetermines its own number of levels.

  • Connect to a repeater within radio range that is higher in the hierarchy than your own (the repeater with the lower hierarchy number).

  • By using LayerTree Mininodes, which do not have a destination repeater but only transmit, they can act as sensor nodes with very low battery consumption. (App_Tag)

(RED) : Parent node

(YELLOW n) : Child node which can relay. (n represents number of layer)

(Blue) : Child node which can work with sleeping.

About layers

The parent machine is numbered 0 and can number its layers up to 63.

It is OK to skip numbers as long as they are in ascending order.