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    • 1. 发明授权
    • String command parser for message based systems
    • 用于基于消息的系统的字符串命令解析器
    • US06397263B1
    • 2002-05-28
    • US08148079
    • 1993-11-03
    • Steven Marshall HancockDavid William KillianBradley Dale NoeJohn Eugene Parsons, Jr.
    • Steven Marshall HancockDavid William KillianBradley Dale NoeJohn Eugene Parsons, Jr.
    • G06F954
    • G06F8/427G05B19/0426G05B2219/23275
    • A logical device that is coupled to a computer can be controlled using string commands. The logical device requires flags and a data structure to operate properly. A string command with tokens for operating a specific logical device is provided. A linked list of the tokens is created. A command table for the specified logical device is found. The command table contains possible commands for the logical device, which commands are able to provide the required flags and data structure for the logical device. Each command in the command table contains key words or tokens or multiword tokens. The command table tokens are parsed, one at a time, against the command string tokens. If no match between the command table token and a command string token occurs, then the next command table token is parsed against the command string tokens. If a match between a command table token and a command string token occurs, then the flag that is associated with the command string token is provided and data from either the command string token or the command table token is inserted into the data structure in its proper place.
    • 可以使用字符串命令来控制耦合到计算机的逻辑设备。 逻辑设备需要标志和数据结构才能正常运行。 提供了一个具有用于操作特定逻辑设备的令牌的字符串命令。 创建了令牌的链接列表。 找到指定逻辑设备的命令表。 命令表包含逻辑设备的可能命令,哪些命令能够为逻辑设备提供所需的标志和数据结构。 命令表中的每个命令都包含关键字或令牌或多字令牌。 命令表令牌被解析,一次一个针对命令字符串令牌。 如果命令表令牌和命令字符串令牌之间没有匹配,则下一个命令表令牌将针对命令字符串令牌进行解析。 如果发生命令表令牌和命令字符串令牌之间的匹配,则提供与命令字符串令牌相关联的标志,并将来自命令字符串令牌或命令表令牌的数据插入到其正确的数据结构中 地点。
    • 2. 发明授权
    • System for synchronization with nonstreaming device controller and a
streaming data handler each supplying current location for
synchronizing slave data and master data flow
    • 用于与非流控设备控制器和流数据处理器同步的系统,每个提供用于同步从属数据和主数据流的当前位置
    • US5832309A
    • 1998-11-03
    • US760172
    • 1996-12-04
    • Bradley Dale NoeWilliam Wallis LawtonMichael Joseph KovalDavid William Killian
    • Bradley Dale NoeWilliam Wallis LawtonMichael Joseph KovalDavid William Killian
    • G11B27/00G11B27/10G06F13/00
    • G11B27/002G11B27/10G11B2220/20G11B2220/2587G11B2220/90
    • Disclosed are apparatus and methods for synchronized presentation of analog and digital data by applying a common synchronization scheme to both types of data. Digital data is "streamed" by transferring the data in blocks from a source to a series of memory buffers, where it accumulates for subsequent transfer to an output device driver. The control module responsible for data streaming periodically reports a temporal location within the presentation represented by the data. A supervisory module designates one of the control modules a "master", and periodically compares the values reported by the various other control modules against that reported by the master. If a comparison exceeds a threshold tolerance value associated with each control module, a sync pulse is delivered to that control module, causing it to correct the synchronization mismatch. This approach is applied to analog sources through the use of control modules that behave in a manner consistent with the digital control modules, but which are capable of directing the operation of analog devices and re-establishing their synchronization with other data sources despite limited modes of device control. Specifically, the control modules that handle analog information also periodically report a presentation location based solely on temporal information, react to sync pulses by altering the playback rate of the analog devices they control within user-tolerable limits, and can act as master control modules.
    • 公开了通过对两种类型的数据应用公共同步方案来同步呈现模拟和数字数据的装置和方法。 通过将块中的数据从源传送到一系列存储器缓冲器,数字数据被“流式传输”,其中它累积用于随后传送到输出设备驱动器。 负责数据流的控制模块周期性地报告由数据表示的呈现内的时间位置。 监控模块将控制模块中的一个指定为“主站”,并且周期性地将由各种其他控制模块报告的值与主站报告的值进行比较。 如果比较超过与每个控制模块相关联的阈值容限值,则将同步脉冲传送到该控制模块,从而使其纠正同步失配。 这种方法通过使用以与数字控制模块一致的方式运行的控制模块应用于模拟源,但是哪些能够指导模拟设备的操作并且重新建立与其他数据源的同步,尽管有限的模式 设备控制。 具体地说,处理模拟信息的控制模块也仅基于时间信息周期性地报告呈现位置,通过改变在用户可容忍的范围内控制的模拟设备的重放速率来对同步脉冲作出反应,并且可以作为主控模块。