Which two techniques are utilized by Cisco wireless solutions to improve location accuracy?

The correct answer identifies triangulation and RF fingerprinting as effective techniques used by Cisco wireless solutions to enhance location accuracy.

Triangulation involves using multiple access points to calculate the position of a device based on the signal strength received from those access points. By measuring the distance from the device to each access point, the system can estimate the device's location more accurately. The more access points that are involved in the triangulation process, the more precise the location estimate becomes, which is especially useful in environments where GPS signals may be weak or unavailable.

RF fingerprinting, on the other hand, is a method that analyzes the unique characteristics of radio signals received at known locations to determine the location of a device. Each specific location will have a distinct "fingerprint" based on factors like signal strength, noise, and interference patterns. By comparing the current signal environment of a device to a database of pre-recorded RF fingerprints, the system can accurately infer a device’s location within a building or a complex environment. This technique is particularly effective in indoor settings where traditional GPS does not perform well.

The other options, while incorporating some relevant concepts, do not encompass the two techniques that specifically align with Cisco's methodologies for enhancing location accuracy as effectively as triangulation and RF