Abstract: A method for surveying a site for installation of wireless access points is provided. A map of the site under survey is displayed. User input relating to the position of a first wireless device at the site is received. User input relating to the position of a second wireless device at the site is also received. Wireless signals broadcast by the second wireless device are measured using the first wireless device to obtain signal strength values corresponding to the strength of the wireless signals. Attenuation values based on the signal strength values are calculated and assigned to features on the map of the site under survey.

Abstract: A method for surveying a site for installation of wireless access points is provided. A map of the site under survey is displayed. User input relating to the position of a first wireless device at the site is received. User input relating to the position of a second wireless device at the site is also received. Wireless signals broadcast by the second wireless device are measured using the first wireless device to obtain signal strength values corresponding to the strength of the wireless signals. Attenuation values based on the signal strength values are calculated and assigned to features on the map of the site under survey.

Abstract: A method for surveying a site for installation of wireless access points is provided. A map of the site under survey is displayed. User input relating to the position of a first wireless device at the site is received. User input relating to the position of a second wireless device at the site is also received. Wireless signals broadcast by the second wireless device are measured using the first wireless device to obtain signal strength values corresponding to the strength of the wireless signals. Attenuation values based on the signal strength values are calculated and assigned to features on the map of the site under survey.

Abstract: A system for conducting wireless site surveys of a wireless environment is provided. A wireless interface controller controls a wireless interface during a scan of a wireless frequency band. A user interface module receives a set of wireless network design criteria, and a measurement module obtains a set of wireless signal information based on a set of wireless signals received during the scan of the wireless frequency band. An analysis module compares the set of wireless signal information to the set of wireless network design criteria and automatically determines whether the set of wireless network design criteria is, at least in part, satisfied. The user interface module provides an indicator that indicates whether the set of wireless network design criteria is, at least in part, satisfied.

Abstract: A method for surveying a site for installation of wireless access points is provided. A map of the site under survey is displayed. User input relating to the position of a first wireless device at the site is received. User input relating to the position of a second wireless device at the site is also received. Wireless signals broadcast by the second wireless device are measured using the first wireless device to obtain signal strength values corresponding to the strength of the wireless signals. Attenuation values based on the signal strength values are calculated and assigned to features on the map of the site under survey.

Abstract: In one embodiment, the method includes determining a first set of software patches based on a group of software patches installed on a computing device and a group of available software patches. The method can also include receiving the first set of software patches over a network connection. The method can also include determining, after receiving the first set of software patches, a second set of software patches based on the group of software patches installed on the computing device and the first set of software patches, wherein the group of installed software patches has changed since determining the first set. The method can also include installing on the computing device the second set of software patches.

Abstract: In one embodiment, the method includes determining a first set of software patches based on a group of software patches installed on a computing device and a group of available software patches. The method can also include receiving the first set of software patches over a network connection. The method can also include determining, after receiving the first set of software patches, a second set of software patches based on the group of software patches installed on the computing device and the first set of software patches, wherein the group of installed software patches has changed since determining the first set. The method can also include installing on the computing device the second set of software patches.