NETWORK DEVICE AND NETWORK CONTROL DEVICE IN WIRELESS BODY AREA NETWORK, AND SECURE WAKE-UP METHOD AND WAKE-UP AUTHENTICATION CODE GENERATION METHOD OF NETWORK DEVICE AND NETWORK CONTROL DEVICE
First Claim
1. A network device contained in a Wireless Body Area Network (WBAN), the network device comprising:
- a wake-up circuit to receive a wake-up radio signal from a network control device using a Radio-Frequency Identification (RFID) receiver, to compare a Wake-up Authentication Code (WAC) contained in the received wake-up radio signal with a WAC stored in advance, and to determine whether to wake up a main circuit unit, the network control device being contained in the WBAN; and
the main circuit unit to be woken up in response to an interrupt signal from the wake-up circuit.
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Accused Products
Abstract
A network device and a network control device in a Wireless Body Area Network (WBAN), and a secure wake-up method and a wake-up authentication code (WAC) generation method of the network device and the network control device are provided. The network device includes a wake-up circuit to receive a wake-up radio signal from a network control device using a Radio-Frequency Identification (RFID) receiver, to compare a WAC contained in the received wake-up radio signal with a WAC stored in advance, and to determine whether to wake up a main circuit unit, the network control device being contained in the WBAN; and the main circuit unit to be woken up in response to an interrupt signal from the wake-up circuit.
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Citations
8 Claims
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1. A network device contained in a Wireless Body Area Network (WBAN), the network device comprising:
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a wake-up circuit to receive a wake-up radio signal from a network control device using a Radio-Frequency Identification (RFID) receiver, to compare a Wake-up Authentication Code (WAC) contained in the received wake-up radio signal with a WAC stored in advance, and to determine whether to wake up a main circuit unit, the network control device being contained in the WBAN; and the main circuit unit to be woken up in response to an interrupt signal from the wake-up circuit. - View Dependent Claims (2, 3, 4)
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5. A network control device contained in a WBAN, the network control device comprising:
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a wake-up radio signal transmitter to transmit a wake-up radio signal containing a WAC to a network device using an RFID receiver, the network device being contained in the WBAN; and a response signal receiver to receive a response signal from the network device when a main circuit unit of the network device is woken up based on the WAC, wherein an interrupt signal is generated using an energy contained in the wake-up radio signal, to wake up the main circuit unit. - View Dependent Claims (6, 7)
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8. A secure wake-up method in a network device contained in a WBAN, the secure wake-up method comprising:
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receiving, by a wake-up circuit of the network device, a wake-up radio signal from a network control device using an RFID receiver, the network control device being contained in the WBAN; comparing, by the wake-up circuit, a WAC contained in the received wake-up radio signal with a WAC stored in advance, and determining whether to wake up a main circuit unit of the network device; generating, by the wake-up circuit, an interrupt signal using an energy contained in the wake-up radio signal, and transmitting the generated interrupt signal to the main circuit unit; transmitting, by a communication circuit of the main circuit unit, a response signal to the network control device, the main circuit unit being woken up in response to the interrupt signal; updating, by a security circuit of the main circuit unit, a counter, and updating the stored WAC based on at least one of the updated counter, an address for the security circuit, an address for the network control device, and a key shared with the network control device; and transmitting, by the communication circuit, data to the network control device, the data being sensed or monitored.
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Specification