WMM stands for Wi-Fi Multimedia. It is a set of QoS (Quality of Service) enhancements for Wi-Fi networks that prioritize different types of network traffic to ensure better performance for multimedia applications like video streaming and voice over IP. WMM works by categorizing traffic into different priority levels, thus improving the quality of experience for users engaging in high-bandwidth activities.
The purpose of WMM is to manage network resources effectively by prioritizing certain types of traffic over others. This ensures that latency-sensitive applications, such as voice and video, receive higher priority compared to less critical traffic, such as file downloads. By implementing WMM, networks can provide a smoother and more reliable performance for applications requiring real-time data transmission.
The meaning of WMM in the context of “WMM road” is likely referring to “Wet Mix Macadam,” which is a road construction method. Wet Mix Macadam is a type of road base material used in the construction of roads, consisting of a mix of crushed stone, sand, and water, which is compacted to form a strong and stable base layer.
WMM and WBM refer to different types of road construction materials. WMM stands for Wet Mix Macadam, which is used as a base layer in road construction. WBM stands for Water Bound Macadam, an earlier road construction method where a mix of crushed stone and water is bound together to form a base layer. WMM generally provides better performance and durability compared to WBM.
The size of WMM material, or Wet Mix Macadam, typically consists of aggregates that are usually in the range of 0-25 mm. This includes a mix of different sizes of crushed stone and sand. The specific gradation of materials can vary based on the requirements of the construction project and local standards.
