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    • 2. 发明授权
    • Digital broadcast service discovery correlation
    • 数字广播服务发现相关
    • US07787548B2
    • 2010-08-31
    • US11686636
    • 2007-03-15
    • Tommi AuranenHarri J. PekonenJussi VesmaPekka TalmolaJukka HenrikssonVisa KoivunenJani Vare
    • Tommi AuranenHarri J. PekonenJussi VesmaPekka TalmolaJukka HenrikssonVisa KoivunenJani Vare
    • H04K1/10
    • H04L27/0012H04L5/0007H04L5/0053H04L27/2613H04L2001/0093
    • Aspects of the invention are directed to service and channel discovery in a digital broadcast network. A pilot synchronization symbol, which has known characteristics, is included as a first symbol of digital broadcast frames. The pilot symbol, which can be decoded without having to resort to trial and error methods, contains parameters for the rest of the signal. So, the rest of the signal can be decoded without trial and error methods after the pilot symbol (and any additional synchronization symbols) is decoded. Channels containing digital video broadcast services can be efficiently detected using the known part of the signal. If the fixed known part is not found from the examined signal, then the signal will be considered a non-digital-video-broadcast signal or an empty channel, and the receiver can promptly proceed to a next channel/frequency. In this way, detecting non-digital-video-broadcast and empty channels becomes relatively fast.
    • 本发明的方面涉及数字广播网络中的服务和频道发现。 具有已知特征的导频同步符号被包括为数字广播帧的第一符号。 可以解码而无需诉诸试验和误差方法的导频符号包含信号其余部分的参数。 因此,在对导频符号(和任何附加的同步符号)进行解码之后,可以对信号的其余部分进行解码而无需尝试和错误的方法。 可以使用信号的已知部分有效地检测包含数字视频广播服务的信道。 如果从被检查的信号中没有找到固定的已知部分,则该信号将被认为是非数字视频广播信号或空信道,并且接收机可以迅速进行到下一个信道/频率。 以这种方式,检测非数字视频广播和空信道变得相对较快。
    • 3. 发明申请
    • Digital Broadcast Service Discovery Correlation
    • 数字广播服务发现相关
    • US20080225995A1
    • 2008-09-18
    • US11686636
    • 2007-03-15
    • Tommi AuranenHarri J. PekonenJussi VesmaPekka TalmolaJukka HenrikssonVisa KoivunenJani Vare
    • Tommi AuranenHarri J. PekonenJussi VesmaPekka TalmolaJukka HenrikssonVisa KoivunenJani Vare
    • H04L27/06
    • H04L27/0012H04L5/0007H04L5/0053H04L27/2613H04L2001/0093
    • Aspects of the invention are directed to service and channel discovery in a digital broadcast network. A pilot synchronization symbol, which has known characteristics, is included as a first symbol of digital broadcast frames. The pilot symbol, which can be decoded without having to resort to trial and error methods, contains parameters for the rest of the signal. So, the rest of the signal can be decoded without trial and error methods after the pilot symbol (and any additional synchronization symbols) is decoded. Channels containing digital video broadcast services can be efficiently detected using the known part of the signal. If the fixed known part is not found from the examined signal, then the signal will be considered a non-digital-video-broadcast signal or an empty channel, and the receiver can promptly proceed to a next channel/frequency. In this way, detecting non-digital-video-broadcast and empty channels becomes relatively fast.
    • 本发明的方面涉及数字广播网络中的服务和频道发现。 具有已知特征的导频同步符号被包括为数字广播帧的第一符号。 可以解码而无需诉诸试验和误差方法的导频符号包含信号其余部分的参数。 因此,在对导频符号(和任何附加的同步符号)进行解码之后,可以对信号的其余部分进行解码而无需尝试和错误的方法。 可以使用信号的已知部分有效地检测包含数字视频广播服务的信道。 如果从被检查的信号中没有找到固定的已知部分,则该信号将被认为是非数字视频广播信号或空信道,并且接收机可以迅速进行到下一个信道/频率。 以这种方式,检测非数字视频广播和空信道变得相对较快。
    • 9. 发明申请
    • MAPPING SERVICE COMPONENTS IN A BROADCAST ENVIRONMENT
    • 在广播环境中映射服务组件
    • US20100195633A1
    • 2010-08-05
    • US12365394
    • 2009-02-04
    • Jani VareJyrki AlamaunuHarri J. PekonenJussi Vesma
    • Jani VareJyrki AlamaunuHarri J. PekonenJussi Vesma
    • H04W4/00
    • H04W36/385
    • Services and service components in a broadcast network may be mapped to disparate physical layer transmission channels (PLPs) using logical layer pipes (LLPs). The use of LLPs allows different service components of a single service to be mapped to physical layer transmission channels (PLPs). Accordingly, service components may be shared among different services. Additionally or alternatively, different functions (e.g., different error detection or correction protocols) may be applied to each service components of a service. A receiver may identify services, service components and corresponding PLPs based on LLP identifiers. The receiver may then access and receive desired services and service components through the identified PLPs.
    • 可以使用逻辑层管线(LLP)将广播网络中的服务和服务组件映射到不同的物理层传输信道(PLP)。 使用LLP允许将单个服务的不同服务组件映射到物理层传输信道(PLP)。 因此,服务组件可以在不同的服务之间共享。 附加地或替代地,可以将不同的功能(例如,不同的错误检测或校正协议)应用于服务的每个服务组件。 接收机可以基于LLP标识符识别服务,服务组件和对应的PLP。 然后,接收机可以通过所识别的PLP访问和接收所需的服务和服务组件。