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Table 1. Unique Certificate for a partial handshake
"... In PAGE 3: ... (2) Another method is to re-use the message serverHello.random in the pro- tocol as shown in Table1 . For simplicity, We only show the related processes and the modified information in the standard SSL/TLS handshake protocol.... ..."
Table 1. Unique Certiflcate for a partial handshake.
"... In PAGE 3: ... (2) Another method is to re-use the message serverHello.random in the pro- tocol as shown in Table1 . For simplicity, We only show the related processes and the modifled information in the standard SSL/TLS handshake protocol.... ..."
TABLE I THE AMOUNT OF TRANSMITTED DATA DURING A TLS HANDSHAKE.
2006
TABLE I THE AMOUNT OF TRANSMITTED DATA DURING A TLS HANDSHAKE.
2006
Table 7-1. SSL/TLS Cipher Suites
2007
"... In PAGE 7: ...igure 7-1. SSL/TLS Location within the Internet Protocol Stack .............................................7-3 Table7 -1.... In PAGE 78: ... Among other functions, the SSL/TLS handshake protocols determine how the Web server and Web client negotiate which cipher suites they will use to authenticate each other, transmit certificates, and establish session keys. Table7 -1 provides a list of Federal cipher suites, their recommended usage, and their relative strength [SSL98 and Chow02]. ... ..."
Table 1: Time needed by the sensor nodes to per- form SSL/TLS handshake
"... In PAGE 2: ...wo kinds of handshake, i.e., the RSA and the ECC based handshake. Table1 presents the time needed for the calcu- lations only to make the results independent from the type of radio device available at the sensor node [4]. The modulo exponentiation with the big private exponent is the main and most expensive part of the full RSA-1024 handshake.... In PAGE 5: ...Table1 0: Power consumed while reception of a sig- nature on cc2420 and cc1000 single chip transceiver Signature Size cc2420 cc1000 433 MHz 868 MHz [bit] [ J] [ Ws] [ Ws] ECDSA-160 320 72.32 184.... In PAGE 5: ...74 1536.00 Table1 1: Power consumed while sending a signature on cc2420 and cc1000 single chip transceiver with -5 dBm and 0 dBm output power Signature Size cc2420 cc1000 433 MHz 868 MHz [bit] [ Ws] [ Ws] [ Ws] Output power -5 dBm ECDSA-160 320 53.76 222.... ..."
Table 4.1: The amount of the transmitted data during a TLS handshake. Mechanism Data Amount (bytes)
2006
Table 5: Time needed by the sensor nodes to perform SSL/TLS handshake Sensor node RSA-1024 Performance
Table 2: Power consumed by the sensor nodes to perform SSL/TLS handshake Sensor node RSA-1024 Power consumption
2006
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