초록 ▼

A method and a system for determining a channel mask in a network device in a microcellar network are provided. An exemplary embodiment uses a weighted average of the background noise on a channel of the network device to determine whether the channel should be masked out. One embodiment provides a

A method and a system for determining a channel mask in a network device in a microcellar network are provided. An exemplary embodiment uses a weighted average of the background noise on a channel of the network device to determine whether the channel should be masked out. One embodiment provides a method for determining a group of channels from a plurality of frequency hopping channels received by a wireless communications device, the channels in the group being excluded from receipt by the wireless communications device. The method includes the steps of determining an indicator based on a received noise measurement at a first time for a channel, then determining a weighted average at a second time for the channel, the weighted average including the indicator, and then selecting the channel as a member of the group, upon an indication that the weighted average at the second time is above a threshold.

대표청구항 ▼

A method and a system for determining a channel mask in a network device in a microcellar network are provided. An exemplary embodiment uses a weighted average of the background noise on a channel of the network device to determine whether the channel should be masked out. One embodiment provides a

A method and a system for determining a channel mask in a network device in a microcellar network are provided. An exemplary embodiment uses a weighted average of the background noise on a channel of the network device to determine whether the channel should be masked out. One embodiment provides a method for determining a group of channels from a plurality of frequency hopping channels received by a wireless communications device, the channels in the group being excluded from receipt by the wireless communications device. The method includes the steps of determining an indicator based on a received noise measurement at a first time for a channel, then determining a weighted average at a second time for the channel, the weighted average including the indicator, and then selecting the channel as a member of the group, upon an indication that the weighted average at the second time is above a threshold. dding layer, an active layer, a second cladding layer and a contact layer, each comprising a compound semiconductor layer, on a compound semiconductor substrate, using the epitaxial growth method; a step of etching said contact layer and said second cladding layer in said multi-layer structure to form a ridge stripe comprising said contact layer and an upper layer of said second cladding layer, and a lower layer of said second cladding layer, which extends outwardly from both lower ends of the upper layer; a step of epitaxially growing a protection layer comprising a compound semiconductor layer having a different conductivity type from said second cladding layer on an upper surface of said second cladding layer other than an upper surface of said contact layer and on side planes of said ridge stripe using the selective area growth method; and a step of forming a metal film on an upper surface of said contact layer to form an electrode for ohmic contact with said contact layer.