Abstract: An automatic access point (AP) deployment method executed within an indoor environment by an automatic AP deployment device includes: building a coordinate map of the indoor environment; setting a request information, while the wireless APs at least include one Wi-Fi AP and one Bluetooth AP respectively corresponding to Wi-Fi AP deployment plans and Bluetooth AP deployment plans; calculating a fitness value for each of the Wi-Fi and Bluetooth AP deployment plans; calculating an overall fitness value, and determining whether the overall fitness value is satisfied with a convergence condition; exchanging the deployment position values of at least two Wi-Fi AP deployment plans and at least two Bluetooth AP deployment plans; and changing at least one deployment position value of at least one Wi-Fi AP deployment plan and at least one Bluetooth AP deployment plan and again calculating the fitness value for each Wi-Fi and Bluetooth AP deployment plans.

Abstract: An automatic access point deployment method executed within an indoor environment by an automatic access point deployment device comprises: building a coordinate map of the indoor environment; setting a request information, wherein the wireless access points at least include one Wi-Fi access point and one Bluetooth access point respectively corresponding to some Wi-Fi AP chromosomes and some of Bluetooth AP chromosomes; calculating a fitness value for each Wi-Fi AP chromosome and each Bluetooth AP chromosome; calculating an overall fitness value, and determining whether the overall fitness value is satisfied with a convergence condition; exchanging the possible individuals of at least two Wi-Fi AP chromosomes and at least two Bluetooth AP chromosomes; and changing at least one possible individual of at least one Wi-Fi AP and at least one Bluetooth AP chromosome and again calculating the fitness value for each Wi-Fi AP chromosome and each Bluetooth AP chromosome.

Abstract: Disclosed are a wireless positioning method and a wireless positioning device. When the wireless positioning device is off-line, the information relevant to at least one Wi-Fi access point, at least one Bluetooth access point and at least one reference point is stored. When the wireless positioning device is on-line, the target position of the wireless positioning device is calculated according to the stored information.