CN1163095C - Radio receiving and transmitting double frequency channel multi-component combination method - Google Patents
Radio receiving and transmitting double frequency channel multi-component combination method Download PDFInfo
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- CN1163095C CN1163095C CNB021352682A CN02135268A CN1163095C CN 1163095 C CN1163095 C CN 1163095C CN B021352682 A CNB021352682 A CN B021352682A CN 02135268 A CN02135268 A CN 02135268A CN 1163095 C CN1163095 C CN 1163095C
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- frequency
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- frequency channel
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Abstract
The present invention discloses a multi-component combination method for radio receiving and transmitting double frequency channels, which belongs to the technical field of telephone communication. The present invention has the method that n double frequency channels operate in an ultra-high frequency range or a very high frequency range and satisfy the original normal technical requirements of a system; the channels which are sufficiently preset can be freely used in a radio system; receiving frequency points used by a base station are Ri, and i is equal to 1, 2, 3...... n; corresponding transmitting frequency points are Tj, and j is equal to 1, 2, 3...... n. The receiving frequency points Ri and the transmitting frequency points Tj are combined into dual frequency channels and represented by a complex matrix element Cij =Ri+kTj; the n <2> available double frequency channels of a radio system are [Cij]n*n. The method can obviously increase the capacities of voice interference resistance, interception and channel embezzlement resistance of the system and increase the utilization efficiency and the use flexibility of the frequency points.
Description
Technical field
The invention belongs to the telephone communication technology, particularly a kind of radio receiving and transmitting double frequency channel multi-component combination method is applicable to and in superfrequency, very high frequency(VHF) radio communication or out of Memory transmission technology receiving and transmitting double frequency is carried out polynary combination and constitutes channel group.
Technical background
At present, superfrequency or very high frequency(VHF) wireless communication system are used in many enterprises and institutions and industry department as the communication private network, ubiquitous system generally is made of and networking transceiver, connector, radio station or hand-held set, with realize wireless and wired between, information communication between wireless and wireless is got in touch with and transmit.In actual applications, because a reception frequency and an emission frequency are combined into a double frequency channel, combination of its transmitting-receiving frequency is single and fixing, is a kind of wire combination, and its transmitting-receiving frequency difference is a segmentation unanimity and known.So, will there be following shortcoming: the one, in double frequency channel, as long as search a frequency, just can know pairing another frequency of this frequency by inference, thereby be easy to by two-way eavesdropping of all channel or active jamming; The 2nd, the number of forming available double frequency channel only is half of used transmitting-receiving frequency sum, so the frequency utilization ratio is not high, the combination of frequency operational version is underaction also.
Summary of the invention
A kind of radio receiving and transmitting double frequency channel multi-component combination method that the purpose of this invention is to provide novelty, practicality, overcome the above-mentioned shortcoming and defect of prior art, to improve the ability of anti-active jamming of wireless communication system and debug, improve the utilization ratio of wireless communication system working frequency points and use flexibility.
The technology of the present invention solution can reach above-mentioned purpose: a kind of radio receiving and transmitting double frequency channel multi-component combination method, work in superfrequency or very high frequency band at n double frequency channel, and satisfy the former normal specification requirement of system, and capacity presets in the wireless system that channel can be selected for use arbitrarily, and base station uses and receives frequency and be R
i, i=1,2,3 ... n, corresponding emission frequency is T
j, j=1,2,3 ... n.To receive frequency R
iWith emission frequency T
jThe double frequency channel that is combined into complex matrix element C
Ij=R
i+ kT
jExpression, wherein k is an imaginary unit, then wireless system all is total to n
2Individual available double frequency channel is [C
Ij] n * n.
The present invention compares with the original system technology, and following advantage is arranged: use the present invention and can make the wire combination of wireless channel transmitting-receiving frequency become planar combination, thereby maximum available double frequency channel number is increased to n by n
2, the assembled scheme of the frequency of forming wireless double frequency channel is planted by a kind of n of being increased to (n-1).The present invention is with all transmitting-receiving frequencies of wireless system, no longer treat by the isolated channel concept of original technology, but manage as a total system of information flow, from this point, use transmitting-receiving frequency and spectrum allocation may that the present invention does not change wireless system, but the channel of forming has been different from the channel of original notion.Because the combination of transmitting-receiving frequency and the flexibility of selecting and the not intellectual of channel transceiver frequency difference make the anti-active jamming of system, resist the ability that conversation is intercepted and anti-channel is usurped to be improved significantly, and the function of system organization communication is further expanded.The scope of application of the present invention is wider, and in very high frequency(VHF) or superfrequency radio communication private network, the popularization investment seldom, application is convenient, effect is obvious; The present invention has good economic benefit and social benefit.
Embodiment
Specific implementation method of the present invention and embodiment are as follows: a kind of radio receiving and transmitting double frequency channel multi-component combination method, n the double frequency channel that is applicable to wireless system works in superfrequency or very high frequency band, and satisfy the former normal specification requirement of system, so that the excursion of channel transceiver frequency difference is limited to the basic using property data of the system of not influencing, the channel that presets more than the operation channel can be selected for use arbitrarily, and base station uses the reception frequency to be R
i, i=1,2,3 ... n, corresponding emission frequency is T
j, j=1,2,3 ... n.To receive frequency R
iWith emission frequency T
jThe double frequency channel that is combined into complex matrix element C
Ij=R
i+ kT
jExpression, wherein k is an imaginary unit, then wireless system all is total to n
2Individual available double frequency channel is [C
Ij] n * n.At [C
Ij] among n * n, select unequal mutually, the also mutual unequal element combinations of j of i, just: an optional again element in the following single order complementary submatrix of selected element successively, intact or till satisfy instructions for use until whole choosings by that analogy.So each selected element is constituted one group, can correspondence obtain n (n-1) group, every group of n double frequency channel that can use simultaneously.Be used for use being set, perhaps arrange channeling as required in same wireless-communication-capable area or a plurality of wireless-communication-capable area.In addition, at [C
Ij] among n * n, select the element combinations that j equates or i equates, just: selecting the element of certain array or certain row battle array is one group, but can corresponding obtain the n group, every group n single-frequency emission multifrequency receives or single-frequency receives the correlated channels of multifrequency emission.Can be used for 1 point-to-multipoint promptly 1 base station to the special type communication of a plurality of minutes platforms, as: each minute platform unify communication situations such as trusted is posted a letter separately or trusted timesharing is simultaneously posted a letter.Embodiment is exemplified below: the wireless system that constitutes by KG110 transceiver, 146 connectors, K308 hand-held set, and to be provided with 2 covers be platform 1, platform 2 in one district in the city, two districts, city are provided with 1, and to overlap be platform 3.Native system allows to use base station receive frequency R in whole city district
1, R
2, R
3, R
4Be respectively 455.675,456.375,456.525,456.575MHZ, corresponding tranmitting frequency T
1, T
2, T
3, T
4Be respectively 465.675,466.375,466.525,466.575MHZ.The KG110 transceiver can preset 8 pairs of frequencies at most or claim 8 channels, and can choose a channel wantonly and use.By R
iWith T
jThe channel that constitutes complex matrix element C
Ij=R
i+ kT
jExpression, i, j=1,2,3,4, then all the available channel complex matrix representation is [C
Ij]
4 * 4Each base station is answered the available channel that presets as much as possible, when channel presets capacity less than n
2The time, answer the channel that can use simultaneously that presets as much as possible, this routine n=4.Selective channel also presets as follows:
Platform 1:C
11, C
12, C
14, C
21, C
23, C
32, C
34, C
41
Platform 2:C
22, C
21, C
12, C
14, C
23, C
32, C
41, C
43
Platform 3:C
33, C
12, C
21, C
23, C
32, C
34, C
41, C
43
Hand-held set: the channel setting comprises platform 1, platform 2, all channels of platform 3.
In presetting channel, all or part of conduct operation channel of the channel group that selection can be used simultaneously, each group channel can be used by each base station in the period of setting simultaneously.The operation channel packet is as follows:
First group: C
12, C
23, C
34
Second group: C
21, C
32, C
43
The 3rd group: C
41, C
14, C
33
Other combination is omitted.
Now set base station and hand-held set and in a certain period, move a certain group of channel, another group channel of operation in next period, by that analogy.
* ask the auditor to note: the literal that is added with underscore is the part of revising, and the part that is added with background color is an original copy, just will leave out part.
Claims (3)
1, a kind of radio receiving and transmitting double frequency channel multi-component combination method works in superfrequency or very high frequency band at n double frequency channel, and satisfies the former normal specification requirement of system, and capacity presets in the wireless system that channel can be selected for use arbitrarily, and base station uses and receives frequency and be R
i, i=1,2,3 ... n, corresponding emission frequency is T
j, j=1,2,3 ... n is characterized in that reception frequency R
iWith emission frequency T
jThe double frequency channel that is combined into complex matrix element C
Ij=R
i+ kT
jExpression, then wireless system all is total to n
2Individual available double frequency channel is [C
Ij] n * n.
2, a kind of radio receiving and transmitting double frequency channel multi-component combination method according to claim 1 is characterized in that at [C
Ij] among n * n, select unequal mutually, the also mutual unequal element combinations of j of i, can correspondence obtain n (n-1) group, every group of n double frequency channel that can use simultaneously.
3, a kind of radio receiving and transmitting double frequency channel multi-component combination method according to claim 1 is characterized in that at [C
Ij] among n * n, select the element combinations that j equates or i equates, but the n group can corresponding be obtained, every group n single-frequency emission multifrequency receives or single-frequency receives the correlated channels of multifrequency emission.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021352682A CN1163095C (en) | 2002-07-12 | 2002-07-12 | Radio receiving and transmitting double frequency channel multi-component combination method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021352682A CN1163095C (en) | 2002-07-12 | 2002-07-12 | Radio receiving and transmitting double frequency channel multi-component combination method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1395433A CN1395433A (en) | 2003-02-05 |
| CN1163095C true CN1163095C (en) | 2004-08-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB021352682A Expired - Fee Related CN1163095C (en) | 2002-07-12 | 2002-07-12 | Radio receiving and transmitting double frequency channel multi-component combination method |
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| CN112190269B (en) * | 2020-12-04 | 2024-03-12 | 兰州大学 | Depression auxiliary identification model construction method based on multisource brain electric data fusion |
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