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    • 3. 发明申请
    • Call interruption compensation system
    • 呼叫中断补偿系统
    • US20050221815A1
    • 2005-10-06
    • US11064045
    • 2005-02-23
    • Toshiya Okabe
    • Toshiya Okabe
    • H04M3/42H04M1/725H04M3/53H04M11/00H04M11/10H04Q7/38
    • H04M11/10H04M1/7255
    • A mobile terminal prompts a user to make a voice message upon detection of an abnormally interrupted call, and records the message. Then, the mobile terminal converts the recorded voice data and a telephone number of a communication partner's terminal into a format suitable for data communication. Next, the mobile terminal transmits the converted data to a mobile data communication relay base station. The mobile data communication relay base station forwards the converted data to a data communication network storage device via a data communication network. A stored message transmitter retrieves the telephone number of the communication partner's terminal from the data communication network storage device and calls the communication partner's terminal via a fixed telephone network. When communication is established between the stored message transmitter and the communication partner's terminal, the stored message transmitter reproduces the voice data retrieved from the data communication network storage device in response to a request from the communication partner's terminal.
    • 移动终端在检测到异常中断的呼叫时提示用户进行语音消息,并记录消息。 然后,移动终端将记录的语音数据和通信对方的终端的电话号码转换成适合于数据通信的格式。 接下来,移动终端将转换的数据发送到移动数据通信中继基站。 移动数据通信中继基站经由数据通信网络将转换的数据转发到数据通信网络存储装置。 存储的消息发送器从数据通信网络存储设备检索通信对方的终端的电话号码,并通过固定电话网络呼叫通信对方的终端。 当在存储的消息发送器和通信对方的终端之间建立通信时,存储的消息发送器响应于来自通信伙伴的终端的请求,再现从数据通信网络存储设备检索的语音数据。
    • 6. 发明申请
    • Content distribution system
    • 内容分发系统
    • US20050198662A1
    • 2005-09-08
    • US11066392
    • 2005-02-28
    • Hidehiro EndoToshiya Okabe
    • Hidehiro EndoToshiya Okabe
    • H04H20/00H04H20/24H04H60/16H04H60/23H04L9/16H04N7/025H04N7/10H04N7/16H04N7/173H04N21/2381H04N21/239H04N21/266H04N21/6334H04N7/167
    • H04H20/24H04H60/16H04H60/23
    • The content distribution system of the invention changes over the content distribution destination between terminals which have different content receiving formats. The terminals comprise means for requesting, while viewing content from a broadcasting station, changeover of distribution of this content to another terminal. The broadcasting station comprises means for changing over the content distribution destination on the basis of the aforesaid request. The content distribution system of the invention also comprises means for deciding on the distribution format of content in accordance with the type of aforesaid other terminal, which corresponds to the destination to which content distribution is to be changed over to by the changeover means. The means for deciding on distribution format comprises for example means which distributes content by scrambled broadcast when the aforesaid other terminal is a set-top box, and which encrypts content by means of codec conversion when the other terminal is a terminal connected in a broadband environment.
    • 本发明的内容分发系统在具有不同内容接收格式的终端之间改变内容分发目的地。 终端包括用于在从广播站观看内容的同时请求将该内容的分发切换到另一终端的装置。 广播站包括根据上述要求改变内容分发目的地的装置。 本发明的内容分发系统还包括根据上述其他终端的类型来决定内容的分发格式的装置,该装置对应于通过切换装置将内容分发改变到的目的地。 用于决定分发格式的装置包括例如当上述另一终端是机顶盒时通过加扰广播分发内容的装置,并且当另一终端是在宽带环境中连接的终端时通过编解码转换加密内容 。
    • 7. 发明授权
    • Call interruption compensation system
    • 呼叫中断补偿系统
    • US07657251B2
    • 2010-02-02
    • US11064045
    • 2005-02-23
    • Toshiya Okabe
    • Toshiya Okabe
    • H04M1/725
    • H04M11/10H04M1/7255
    • A mobile terminal prompts a user to make a voice message upon detection of an abnormally interrupted call, and records the message. Then, the mobile terminal converts the recorded voice data and a telephone number of a communication partner's terminal into a format suitable for data communication. Next, the mobile terminal transmits the converted data to a mobile data communication relay base station. The mobile data communication relay base station forwards the converted data to a data communication network storage device via a data communication network. A stored message transmitter retrieves the telephone number of the communication partner's terminal from the data communication network storage device and calls the communication partner's terminal via a fixed telephone network. When communication is established between the stored message transmitter and the communication partner's terminal, the stored message transmitter reproduces the voice data retrieved from the data communication network storage device in response to a request from the communication partner's terminal.
    • 移动终端在检测到异常中断的呼叫时提示用户进行语音消息,并记录消息。 然后,移动终端将记录的语音数据和通信对方的终端的电话号码转换成适合于数据通信的格式。 接下来,移动终端将转换的数据发送到移动数据通信中继基站。 移动数据通信中继基站经由数据通信网络将转换的数据转发到数据通信网络存储装置。 存储的消息发送器从数据通信网络存储设备检索通信对方的终端的电话号码,并通过固定电话网络呼叫通信对方的终端。 当在存储的消息发送器和通信对方的终端之间建立通信时,存储的消息发送器响应于来自通信伙伴的终端的请求,再现从数据通信网络存储设备检索的语音数据。
    • 8. 发明授权
    • Mobile terminal authentication method capable of reducing authentication processing time and preventing fraudulent transmission/reception of data through spoofing
    • 移动终端认证方法能够减少认证处理时间,并通过欺骗来防止数据的欺骗性发送/接收
    • US07631186B2
    • 2009-12-08
    • US10994853
    • 2004-11-22
    • Toshiya Okabe
    • Toshiya Okabe
    • H04L9/32H04K1/00
    • H04W12/08H04W12/06
    • A mobile terminal transmits an N-th authentication key to an authentication server when the mobile terminal has moved from a coverage area under a certain radio access point to a coverage area under another radio access point. The N-th authentication key is generated by applying a hash function to a random number a number of times one smaller than an (N−1)th authentication key which was transmitted when the mobile terminal moved to the coverage area under the certain radio access point. Upon receipt of the N-th authentication key from the mobile terminal, the authentication server applies the hash function once to the N-th authentication key, and compares the result with the (N−1)th authentication key. Then, the authentication server determines that the authentication is successful when there is a match between both keys.
    • 当移动终端从某个无线接入点下方的覆盖区域移动到另一个无线接入点的覆盖区域时,移动终端向认证服务器发送第N个认证密钥。 第N认证密钥是通过将哈希函数应用于比在移动终端在特定无线电接入下移动到覆盖区域时发送的第(N-1)个认证密钥小一个的随机数, 点。 在从移动终端接收到第N个认证密钥的情况下,认证服务器将散列函数一次应用于第N认证密钥,并且将结果与第(N-1)个认证密钥进行比较。 然后,当两个密钥之间存在匹配时,认证服务器确定认证成功。
    • 9. 发明申请
    • Wireless communication system, wireless base station accommodating apparatus, and data packet transfer method
    • 无线通信系统,无线基站收纳装置和数据分组传送方法
    • US20050117537A1
    • 2005-06-02
    • US10987852
    • 2004-11-12
    • Toshiya Okabe
    • Toshiya Okabe
    • H04L12/28H04W8/02H04W60/04H04W64/00H04W84/12H04Q7/00
    • H04W60/04H04W8/02H04W64/00H04W84/12
    • A wireless communication system has a packet switch, a position management table, and a position detector. Based on the fact that a position registration packet including the MAC address of a mobile terminal is received from a certain port, the position detector recognizes that the mobile terminal is present in the service area of a wireless base station connected to the port. Then, the position detector registers the MAC address of the mobile terminal and the port number of the port in the position management table 12. When the packet switch receives a data packet, the packet switch extracts the MAC address of a destination from the data packet, and searches the position management table based on the extracted MAC address. If a port number is hit in the searching of the position management table, then the packet switch recognizes the hit port number as an output destination, and transfers the data packet to the port represented by the port number.
    • 无线通信系统具有分组交换机,位置管理表和位置检测器。 基于从特定端口接收到包括移动终端的MAC地址的位置登记分组的事实,位置检测器识别出与连接到端口的无线基站的服务区域中存在移动终端。 然后,位置检测器将位置管理表12中的移动终端的MAC地址和端口号登记。当分组交换机接收到数据分组时,分组交换机从数据分组中提取目的地的MAC地址 ,并且基于所提取的MAC地址搜索位置管理表。 如果在搜索位置管理表中命中端口号,则分组交换机将命中端口号识别为输出目的地,并将数据分组传送到由端口号表示的端口。