초록 ▼

A received information signal is decoded to obtain the received information and to produce at least one feature of the received information signal. The received information signal is preliminarily classified as containing a normal burst or a truncated burst based upon the at least one feature, to ob

A received information signal is decoded to obtain the received information and to produce at least one feature of the received information signal. The received information signal is preliminarily classified as containing a normal burst or a truncated burst based upon the at least one feature, to obtain a preliminary classification. Cyclic redundancy checking of the received information that is decoded is performed. The received information signal is then further classified as containing a normal burst or a truncated burst based upon the preliminary classification and whether the cyclic redundancy checking is valid, to obtain a further classification. The received information signal may be still further classified as containing a normal burst or a truncated burst based upon the further classification and at least one transition rule for normal bursts and truncated bursts between the received information signal and a previously received information signal.

대표청구항 ▼

What is claimed is: 1. A method of detecting whether a normal burst or a truncated burst is present in a received information signal that is received at a wireless component, the method comprising the following that are performed by the wireless component: decoding the received information signal t

What is claimed is: 1. A method of detecting whether a normal burst or a truncated burst is present in a received information signal that is received at a wireless component, the method comprising the following that are performed by the wireless component: decoding the received information signal to obtain the received information and to produce at least one feature of the received information signal; preliminarily classifying the received information signal as containing a normal burst or a truncated burst based upon the at least one feature, to obtain a preliminary classification; cyclic redundancy checking the received information that is decoded; and further classifying the received information signal as containing a normal burst or a truncated burst based upon the preliminary classification and whether the cyclic redundancy checking is valid, to obtain a further classification. 2. A method according to claim 1 wherein the further classifying is followed by: still further classifying the received information signal as containing a normal burst or a truncated burst based upon the further classification and at least one transition rule for normal bursts and truncated bursts between the received information signal and a previously received information signal. 3. A method according to claim 1: wherein the cyclic redundancy checking comprises cyclic redundancy checking the received information that is decoded and previously received information that is decoded; and wherein the further classifying comprises further classifying the received information signal as containing a normal burst or a truncated burst based upon the preliminary classification and whether the cyclic redundancy checking of the received information that is decoded and the previously received information that is decoded are valid, to obtain a further classification. 4. A method according to claim 3 wherein the further classifying is followed by: still further classifying the received information signal as containing a normal burst or a truncated burst based upon the further classification and at least one transition rule for normal bursts and truncated bursts between the received information signal and the previously received information signal. 5. A method according to claim 1 wherein the at least one feature comprises an estimated bit error rate, a Viterbi decoder metric and/or a distance measurement between a demodulated sub-sequence and a corresponding reference sequence. 6. A method according to claim 1: wherein the preliminarily classifying comprises preliminarily classifying the received information signal as containing truncated burst based upon the at least one feature, to obtain a preliminary classification as a truncated burst; and wherein the further classifying comprises further classifying the received information signal as containing a normal burst based upon the preliminary classification as a truncated burst upon the cyclic redundancy checking being valid, to obtain a further classification as a normal burst. 7. A method of detecting whether a normal burst or a truncated burst is present in a received information signal that is received at a wireless component, the method comprising the following that are performed by the wireless component: decoding the received information signal to obtain the received information and to produce at least one feature of the received information signal; cyclic redundancy checking the received information that is decoded; and classifying the received information signal as containing a normal burst or a truncated burst based upon the at least one feature of the received information signal and the cyclic redundancy checking. 8. A method according to claim 7 wherein the classifying comprises: classifying the received information signal as containing a normal burst or a truncated burst based upon the at least one feature of the received information signal, the cyclic redundancy checking and at least one transition rule for normal bursts and truncated bursts between the received information signal and a previously received information signal. 9. A system for detecting whether a normal burst or a truncated burst is present in a received information signal, the system comprising: a decoder that is configured to decode the received information signal to obtain the received information and to produce at least one feature of the received information signal; a preliminary classifier that is configured to preliminarily classify the received information signal as containing a normal burst or a truncated burst based upon the at least one feature, to obtain a preliminary classification; a cyclic redundancy checker that is configured to cyclic redundancy check the received information that is decoded; and a second stage classifier that is configured to further classify the received information signal as containing a normal burst or a truncated burst based upon the preliminary classification and whether the cyclic redundancy checking is valid, to obtain a further classification. 10. A system according to claim 9 further comprising: a third stage classifier that is configured to still further classify the received information signal as containing a normal burst or a truncated burst based upon the further classification and at least one transition rule for normal bursts and truncated bursts between the received information signal and a previously received information signal. 11. A system according to claim 9: wherein the cyclic redundancy checker is further configured to cyclic redundancy check the received information that is decoded and previously received information that is decoded; and wherein the second stage classifier is further configured to classify the received information signal as containing a normal burst or a truncated burst based upon the preliminary classification and whether the cyclic redundancy checking of the received information that is decoded and the previously received information that is decoded are valid, to obtain a further classification. 12. A system according to claim 11 further comprising: a third stage classifier that is configured to still further classify the received information signal as containing a normal burst or a truncated burst based upon the further classification and at least one transition rule for normal bursts and truncated bursts between the received information signal and the previously received information signal. 13. A system according to claim 9 wherein the at least one feature comprises an estimated bit error rate, a Viterbi decoder metric and/or a distance measurement between a demodulated sub-sequence and a corresponding reference sequence. 14. A system according to claim 9: wherein the preliminarily classifier is further configured to preliminarily classify the received information signal as containing truncated burst based upon the at least one feature, to obtain a preliminary classification as a truncated burst; and wherein the second stage classifier is further configured to classify the received information signal as containing a normal burst based upon the preliminary classification as a truncated burst upon the cyclic redundancy checking being valid, to obtain a further classification as a normal burst. 15. A system for detecting whether a normal burst or a truncated burst is present in a received information signal, the system comprising: a decoder that is configured to decode the received information signal to obtain the received information and to produce at least one feature of the received information signal; a cyclic redundancy checker that is configured to cyclic redundancy check the received information that is decoded; and a classifier that is configured to classify the received information signal as containing a normal burst or a truncated burst based upon the at least one feature of the received information signal and the cyclic redundancy checking. 16. A system according to claim 15 wherein the classifier is further configured to classify the received information signal as containing a normal burst or a truncated burst based upon the at least one feature of the received information signal, the cyclic redundancy checking and at least one transition rule for normal bursts and truncated bursts between the received information signal and a previously received information signal. 17. A wireless component comprising: a wireless receiver that is configured to receive an information signal containing a normal burst or a truncated burst; a decoder that is configured to decode the received information signal to obtain the received information and to produce at least one feature of the received information signal; a preliminary classifier that is configured to preliminarily classify the received information signal as containing a normal burst or a truncated burst based upon the at least one feature, to obtain a preliminary classification; a cyclic redundancy checker that is configured to cyclic redundancy check the received information that is decoded; and a second stage classifier that is configured to further classify the received information signal as containing a normal burst or a truncated burst based upon the preliminary classification and whether the cyclic redundancy checking is valid, to obtain a further classification. 18. A wireless component according to claim 17 further comprising: a third stage classifier that is configured to still further classify the received information signal as containing a normal burst or a truncated burst based upon the further classification and at least one transition rule for normal bursts and truncated bursts between the received information signal and a previously received information signal. 19. A wireless component according to claim 17: wherein the cyclic redundancy checker is further configured to cyclic redundancy check the received information that is decoded and previously received information that is decoded; and wherein the second stage classifier is further configured to classify the received information signal as containing a normal burst or a truncated burst based upon the preliminary classification and whether the cyclic redundancy checking of the received information that is decoded and the previously received information that is decoded are valid, to obtain a further classification. 20. A wireless component according to claim 19 further comprising: a third stage classifier that is configured to still further classify the received information signal as containing a normal burst or a truncated burst based upon the further classification and at least one transition rule for normal bursts and truncated bursts between the received information signal and the previously received information signal. 21. A wireless component according to claim 17 wherein the at least one feature comprises an estimated bit error rate, a Viterbi decoder metric and/or a distance measurement between a demodulated sub-sequence and a corresponding reference sequence. 22. A wireless component according to claim 17: wherein the preliminarily classifier is further configured to preliminarily classify the received information signal as containing truncated burst based upon the at least one feature, to obtain a preliminary classification as a truncated burst; and wherein the second stage classifier is further configured to classify the received information signal as containing a normal burst based upon the preliminary classification as a truncated burst upon the cyclic redundancy checking being valid, to obtain a further classification as a normal burst. 23. A wireless component comprising: a wireless receiver that is configured to receive an information signal containing a normal burst or a truncated burst; a decoder that is configured to decode the received information signal to obtain the received information and to produce at least one feature of the received information signal; a cyclic redundancy checker that is configured to cyclic redundancy check the received information that is decoded; and a classifier that is configured to classify the received information signal as containing a normal burst or a truncated burst based upon the at least one feature of the received information signal and the cyclic redundancy checking. 24. A wireless component according to claim 23 wherein the classifier is further configured to classify the received information signal as containing a normal burst or a truncated burst based upon the at least one feature of the received information signal, the cyclic redundancy checking and at least one transition rule for normal bursts and truncated bursts between the received information signal and a previously received information signal.