TH44566B - Self-tuning wireless network location system - Google Patents

Abstract

The DC60 wireless adapter is installed on one or more universal computer devices and is connected via Networks in the corporate environment The wireless adapter is intensely used at the perceived position. Environment and is tuned into an aerial monitor. The aerial observer observes the correct signal. Transmitted by one or more transmitter devices and records information about these signals. One or more machines Inference or analysis may be used to obtain recorded signal information and the location of the observer. Air to determine the location of one or more wireless transceiver devices that are deployed in that environment. The wireless adapter is installed on one or more universal computer devices and is connected via Networks in the corporate environment The wireless adapter is concentrated in the perceived position. Environment, and has been adjusted only as an air monitor. The aerial observer observes the correct signal. Transmitted by one or more transmitter devices and records the message about these signals. One or more machines Inference or analysis may be used to obtain recorded signal information and the location of the observer. Air to determine the location of one or more wireless transceiver devices that are deployed in that environment.

Claims (9)

1. One method consists of The wireless reception that is transmitted by one of the target transceiver devices. Storing a signal strength indicator for a received wireless signal Determining the position of each individual number of more than one number of air monitors and determining the position of the transceiver device in relation to the given position of one of the numbers. More than one aerial monitor with a corresponding signal strength indicator for that transmitter device. 2.The method described in claim 1, where the signal strength indicator is stored in storage and where that method also consists of retrieving the signal strength indicator. That is stored from the storage and where one fixed position of one of the air monitors is determined using a signal strength indicator. That was the strongest corresponding force for that transceiver device. 3. The method described in claim 2, where wireless signals are received by more than one number. Of the aerial monitor And where the signal strength indication is stored in the storage, with a greater amount One of the observers from the air 4.The methods described in Claim No. 2 also include: The inheritance of a wireless signal by an individual aerial monitor at the address of the transceiver device. Each aerial monitor is stored in the storage unit with the address of the transceiver ready device. With indication of signal strength and Where the positioning of the transceiver equipment is included as well as received from each aerial monitor. With the address on the transceiver device 5.The method described in claim 2, where the aerial monitor includes computers, where the user accesses the network with a computer. And where determining the position of more than one number of keepers The aerial observations consist of 1) monitoring of the user access history of the computer; 2) identifying the unit. Keep records containing the user's pre-defined office location by using access history 3) Associate pre-assigned office locations with one or more of the aerial observers 4) Storage. The physical coordinates for a predetermined office location in the location-based storage unit of one of the numbers. And 5) repeating steps 1-4 for each part of the other number. More than one aerial monitor 6. The method described in claim 1 also includes automatic generation of maps by Determine the location of the air monitor and the transceiver device. 7. The method described in claim 1, where the positioning of the transmitter device By correlating it to the fixed position of one of the air monitors with the correct signal strength indication. The corresponding retrieval for the shuttle device includes Determination of the relationship in the organizational environment between certain distances between air observers and The signal strength received by each aerial monitor. The default location settings of the transceiver device are based on the signal strength of the transmitter device. The shuttle is essentially, as pointed out, by some of the greater than one number of aerial observers, and the initial position adjustment is based on the established correlation. 8. The method described in Claim 7, where relationship determination consists of building A curve corresponding to the relationship that is defined in the organizational environment. And where the initial position adjustment It consists of setting the distance between the air monitor and the transceiver device based on the intersection of strength. The coherent signal for the aerial monitor is mainly as it is received by the transmitter and the curves and the initial position modification by using the set distance. 9. The method described in Claim 1, where the location of the transmitter device by making Relative to the determined position of one of the air monitors with signal strength indicators received at Corresponds for the transceiver device include The reception comes to the signal strength for the signal from the transceiver device as it is received by some of the Greater than one number of aerial observers and geo-centered position settings of some of the greater than one number of some of the above mentioned aerial observers. That are being selected as a guard Observe aerial by indicating the signal strength for the transceiver for a predetermined amount of strength. The highest signal for a transceiver for all aerial monitors 1 0. The method described in Claim 1 also consists of the use of inference on the service machine. For retrieving and positioning the device, the shuttle 1 1. The method described in claim 1, where the referred signals are programmed with the IEEE 802.11 format and where the aforementioned aerial monitors include the wireless network circuitry. Connected to computer equipment 1 2. The system consists of More than one number of transceiver devices is configured to transmit the wireless signal each time. Contains the identifier of the source of that signal. More than one number of aerial monitors to receive wireless signals and to store identifiers and indicators. The signal strength of the wireless signal that is transmitted by one or more of the more than one transmitter device and the corresponding receiving interface, identifier and signal strength. To retrieve a predetermined location For each aerial monitor and to determine the physical location of the transceiver device by performing Correlate the retrieved position with that signal strength indicator 1. 3.The system, as described in claim 12, where aerial observers inherit the wireless signal. From the address number of one or more of the transceiver device Where the aerial monitor is stored in the storage With the address of the transceiver device, along with the corresponding signal strength indication for that transceiver device and where the inferred determines the location of that transceiver after the address of the transceiver device is retrieved. Send 1 4.The system, as described in claim 2, aerial observers Was addressed at the position Fixed physical And where the physical location is stored in storage 1 5. Computer-readable media contains commands that can be performed by computers. When done By one or more processors Carry out activities including The location of more than one number of aerial observers that each operates to receive The wireless signal is transmitted by that transceiver device and stored in a record in storage with signal strength. It is accompanied by identifying information by identifying the transceiver device that has transmitted that signal. Retrieving from storage to stored signal strength indication for records with the same identification data and to the transceiver device positioning is a function of a larger number of fixed positions. One of the air monitors and the signal strength indicators were retrieved 1. 6. Computer-readable material as described in Claim 15 where a wireless signal is received. With more than one number of aerial monitors And where the signal strength indication is stored in the Data is collected by more than one number of air monitors 1 7. Computer-readable materials as described in Claim 15 also include: Wireless retrieval, with each aerial monitor reaching the address of that transceiver device. To store in a storage unit with each aerial monitor the address of the transceiver device is ready. The signal strength indication and where the position of the transceiver device is determined as well as the reception from each monitor. Air to the address of that transceiver device 1 8. Computer-readable material described in claim 15 where aerial observers Composed of computers Where the user accesses the network with a computer and where the location of the number that More than one aerial monitor consists of: 1) monitoring of the computer's user access history; 2) identifying in the storage of records containing the user's pre-defined office location; 4) The storage of physical coordinates for a predefined office location in the storage is one of the number of locations. More than one aerial observer and 5) repeating steps 1) - 4) for each other of more than one number of aerial observers 1. 9. Computer-readable material as described in Claim 15, where the position preference of The transceiver device is a function of fixed position of more than one number of aerial monitors. And indications of the retrieved signal strength also consist of Acquisition of signal strength for a signal from one of the transceiver devices, then from a certain number of More than one aerial observer and the location setting of one of the transmitter devices is the geographic center of some of that number. More than one aerial monitor 2 0. One method consists of Determining the signal strength of the wireless signal received by the aerial monitor and its default settings. From the transceiver device and the positioning of the transmitter device is a function of the known signal strength and location of Aerial monitor