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    • 51. 发明授权
    • Radio communication system, radio communication apparatus, radio communication method, and computer program
    • 无线电通信系统,无线电通信装置,无线电通信方法和计算机程序
    • US07995548B2
    • 2011-08-09
    • US10569426
    • 2004-10-08
    • Kazuyuki Sakoda
    • Kazuyuki Sakoda
    • H04Q7/28
    • H04W72/0446H04W16/14H04W48/08H04W72/1242H04W74/0816
    • An autonomously dispersed type wireless network is suitably formed with communication stations avoiding collision of beacons transmitted one to another. In the event that the range of reach of airwaves change and a receivable state is created and beacons collide, a communication station changes the beacon transmission position of itself in response to receiving a beacon from another station at a timing immediately prior to transmission to its own beacon. Also, in the event that beacon collision is exposed due to emergence of a new communication which can perform reception from two systems out of airwave range of each other, the newly-participating station requests one of the communication stations of which the beacons are colliding to change the beacon transmission timing.
    • 自适应分散型无线网络适当地形成有通信站,避免了彼此发送的信标的冲突。 在无线电波范围变化并且可接收状态产生并且信标相撞的情况下,通信站响应于在紧接在其自身之前的定时从另一台站接收到信标而改变其自身的信标发送位置 灯塔 此外,在由于出现可能从两个系统的空中波段的接收的新通信而出现信标冲突的情况下,新参与的站请求信标正在相撞的通信站之一 改变信标发送定时。
    • 54. 发明授权
    • Radio communication system, radio communication apparatus, radio communication method, and computer program
    • 无线电通信系统,无线电通信装置,无线电通信方法和计算机程序
    • US07657276B2
    • 2010-02-02
    • US11042520
    • 2005-01-26
    • Kazuyuki Sakoda
    • Kazuyuki Sakoda
    • H04B7/00
    • H04W74/0816H04W24/00H04W28/18
    • In order to allow each of communication stations to execute impartial control of accesses to communication media by setting executable-communication ranges of their own independently of each other in a communication environment based on a CSMA method, the present invention provides a radio communication system in which each communication station is capable of checking the occupation state of communication media and setting such an executable-communication range of its own in accordance with the occupation state of the communication media that the number of communication stations coexisting in the executable-communication range is brought to a value within a predetermined range. For example, a specific communication station sets an executable-communication range of its own in order to limit the number of other communication stations capable of communicating with the specific communication station. In addition, a communication station sets an executable-transmission range suitable for an executable-reception range set by itself in order to reduce the degree of non-uniformity of the access control and to minimize the impact of interferences on other communication stations.
    • 为了允许每个通信站通过基于CSMA方法在通信环境中独立地设置它们自己的可执行通信范围来执行对通信媒体的访问的公正控制,本发明提供一种无线电通信系统,其中 每个通信站能够根据通信媒体的占用状态来检查通信媒体的占用状态并设置其自己的可执行通信范围,使得在可执行通信范围中共存的通信站的数量被带到 在预定范围内的值。 例如,特定通信站设定其本身的可执行通信范围,以限制能够与特定通信站进行通信的其他通信站的数量。 此外,通信站设置适合于自身设置的可执行接收范围的可执行传输范围,以便减少访问控制的不均匀度并且最小化干扰对其他通信站的影响。
    • 56. 发明授权
    • Wireless communication system, wireless communication apparatus, wireless communication method and computer program
    • 无线通信系统,无线通信装置,无线通信方式和计算机程序
    • US07567540B2
    • 2009-07-28
    • US11019417
    • 2004-12-23
    • Kazuyuki Sakoda
    • Kazuyuki Sakoda
    • H04Q7/24
    • H04W48/08H04W52/0216H04W52/0219H04W84/18Y02D70/122Y02D70/142Y02D70/144Y02D70/22
    • In order to realize low power consumption of a communicator and information transmission in short packets with a short latency in a network environment of a self-organized distribution type, each communication station performs a reception processing before and after a beacon transmission time of a next communication station which transmits a beacon next to a local station, and performs data transmission before and after a beacon transmission time of a communication station functioning as a data transmission destination. In a case where a certain communication station transmits information to all other communication stations, each communication station transmits information by utilizing a reception period provided after the beacon transmission time of the next communication station transmitting the beacon next to the local station to perform transmission according to a bucket-brigade system.
    • 为了在自组织分配类型的网络环境中实现通信器的低功耗和具有短延迟的短分组中的信息传输,每个通信站在下一个通信的信标发送时间之前和之后执行接收处理 在本地站旁边发送信标的站,并且在作为数据发送目的地的通信站的信标发送时间之前和之后执行数据传输。 在某个通信站向所有其他通信站发送信息的情况下,每个通信站通过利用在本地站旁边发送下一个通信站的信标发送时间之后提供的接收周期来发送信息,以根据 一个斗旅系统。
    • 59. 发明申请
    • Wireless Communication System, Wireless Communication Apparatus, Wireless Communication Method, and Computer Program
    • 无线通信系统,无线通信装置,无线通信方法和计算机程序
    • US20080109711A1
    • 2008-05-08
    • US11765544
    • 2007-06-20
    • Yuichi MoriokaKazuyuki Sakoda
    • Yuichi MoriokaKazuyuki Sakoda
    • G06F11/10
    • H04L1/0063H04L69/08
    • A wireless communication system includes a first communication station configured to operate according to a first communication protocol, and a second communication station capable of operating according to both the first communication protocol and a second communication protocol. When the second communication station transmits a packet according to the second communication protocol, at least a first signal field compliant with the first communication protocol and a second signal field compliant with the second communication protocol are attached to a header of the packet, and the first signal field includes a parity bit. When the second communication station receives a packet from another communication station, the second communication station performs a parity check on the first signal field of the packet, and when no parity error is detected, the second communication station further checks whether content of the first signal field is compliant with the first communication protocol.
    • 无线通信系统包括被配置为根据第一通信协议操作的第一通信站和能够根据第一通信协议和第二通信协议进行操作的第二通信站。 当第二通信站根据第二通信协议发送分组时,至少符合第一通信协议的第一信号字段和符合第二通信协议的第二信号字段附加到分组的报头,并且第一 信号字段包括奇偶校验位。 当第二通信站从另一通信站接收到分组时,第二通信站对分组的第一信号字段执行奇偶校验,并且当没有检测到奇偶校验错误时,第二通信站还检查第一信号的内容 字段符合第一个通信协议。