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    • 2. 发明授权
    • Implementation of AES encryption circuitry with CCM
    • 采用CCM实现AES加密电路
    • US08233619B2
    • 2012-07-31
    • US11448425
    • 2006-06-07
    • Guido BertoniJefferson E. Owen
    • Guido BertoniJefferson E. Owen
    • H04K1/06
    • H04L9/0631H04L9/0637H04L9/3242H04L2209/125H04L2209/24H04L2209/38H04L2209/80
    • Circuitry for encrypting at least a part of an input data flow and generating a tag based on the input data flow with the same ciphering algorithm and the same key, the algorithm including iterative computations by at least two operation units, the circuitry including a pipeline including an input selection unit arranged to receive first data values to generate encryption sequences with the ciphering algorithm, second data values to generate temporary tags with the ciphering algorithm and an output of the pipeline; a first stage arranged to receive an output of the input selection unit and including at least a first operation unit; and a second stage arranged to receive an output of the first stage, including at least a second operation unit and providing the output of the pipeline.
    • 电路,用于对输入数据流的至少一部分进行加密,并使用相同的加密算法和相同的密钥,基于输入数据流生成标签,所述算法包括由至少两个操作单元进行的迭代计算,所述电路包括流水线, 输入选择单元,被配置为接收第一数据值以生成具有加密算法的加密序列,第二数据值以加密算法和流水线的输出生成临时标签; 第一级,被布置成接收输入选择单元的输出并且至少包括第一操作单元; 以及第二级,被布置成接收第一级的输出,包括至少第二操作单元并提供管道的输出。
    • 3. 发明申请
    • Implementation of AES encryption circuitry with CCM
    • 采用CCM实现AES加密电路
    • US20070286416A1
    • 2007-12-13
    • US11448425
    • 2006-06-07
    • Guido BertoniJefferson E. Owen
    • Guido BertoniJefferson E. Owen
    • H04K1/06
    • H04L9/0631H04L9/0637H04L9/3242H04L2209/125H04L2209/24H04L2209/38H04L2209/80
    • Circuitry for encrypting at least a part of an input data flow and generating a tag based on the input data flow with the same ciphering algorithm and the same key, the algorithm including iterative computations by at least two operation units, the circuitry including a pipeline including an input selection unit arranged to receive first data values to generate encryption sequences with the ciphering algorithm, second data values to generate temporary tags with the ciphering algorithm and an output of the pipeline; a first stage arranged to receive an output of the input selection unit and including at least a first operation unit; and a second stage arranged to receive an output of the first stage, including at least a second operation unit and providing the output of the pipeline.
    • 电路,用于对输入数据流的至少一部分进行加密,并使用相同的加密算法和相同的密钥,基于输入数据流生成标签,所述算法包括由至少两个操作单元进行的迭代计算,所述电路包括流水线, 输入选择单元,被配置为接收第一数据值以生成具有加密算法的加密序列,第二数据值以加密算法和流水线的输出生成临时标签; 第一级,被布置成接收输入选择单元的输出并且至少包括第一操作单元; 以及第二级,被布置成接收第一级的输出,包括至少第二操作单元并提供管道的输出。
    • 5. 发明授权
    • Picture memory mapping to minimize memory bandwidth in compression and
decompression of data sequences
    • 图像存储器映射以最小化数据序列的压缩和解压缩中的存储器带宽
    • US6028612A
    • 2000-02-22
    • US972917
    • 1997-11-18
    • Jeyendran BalakrishnanJefferson E. Owen
    • Jeyendran BalakrishnanJefferson E. Owen
    • G06F12/04H04N5/907H04N7/26H04N7/50H04N9/804H04N9/808G06F12/06
    • G06F12/0207H04N19/102H04N19/16H04N19/172H04N19/423H04N19/433H04N19/61
    • A method of a storing a picture in a memory such that bandwidth can be reduced when retrieving an array portion of the picture from the memory, and a memory architecture are disclosed. The memory is subdivided into a plurality of words for storing a picture having rows and columns. The picture is partitioned into two or more stripes each having a predetermined number of columns. The number of bytes in one row of one stripe is equal to the number of bytes in one word, for storing the data in one row of a stripe in one word. For the case of progressive video sequences or images the memory is organized in frame structure. For the case of interlaced video sequences or images, the memory is organized in field structure. For a frame picture to be stored in a frame organized memory or a field picture to be stored in a field organized memory, the data in the first row of one of the stripes is stored in a first word. The data in each subsequent row of the stripe is stored in a word having a word address adjacent and subsequent to the word storing the data of the directly preceding row. For a frame picture to be stored in a field organized memory, the odd rows are stored together according the above mapping scheme in a first memory buffer, and the even rows are stored together according to the above mapping scheme in a second memory buffer.
    • 一种将图像存储在存储器中的方法,使得可以在从存储器检索图像的阵列部分时减少带宽,并且公开了存储器架构。 存储器被细分为用于存储具有行和列的图片的多个单词。 图像被分割成两条或更多条,每条具有预定数量的列。 一个条带的一行中的字节数等于一个字中的字节数,用于将数据存储在一行中的条带的一行中。 对于逐行视频序列或图像的情况,存储器以帧结构组织。 对于隔行视频序列或图像的情况,存储器以场结构组织。 对于要存储在帧组织的存储器中的帧图像或要存储在场组织存储器中的场图像,其中一个条纹的第一行中的数据被存储在第一个字中。 条带的每个后续行中的数据被存储在具有与存储前一行的数据的字相邻并在其之后的字地址的字中。 对于要存储在场组织存储器中的帧画面,根据上述映射方案将奇数行存储在第一存储器缓冲器中,并且偶数行根据上述映射方案一起存储在第二存储器缓冲器中。
    • 6. 发明授权
    • Synchronizing an audio-visual stream synchronized to a clock with a
video display that is synchronized to a different clock
    • 将与时钟同步的视听流同步到与不同时钟同步的视频显示
    • US5951690A
    • 1999-09-14
    • US762608
    • 1996-12-09
    • Yehuda BaronJefferson E. OwenDarryn D. McDade
    • Yehuda BaronJefferson E. OwenDarryn D. McDade
    • G11B20/00G11B20/10G11B27/10G11B27/30H04N5/85H04N9/804H04N21/2368H04N21/434G06F1/12
    • H04N9/8042G11B20/00007G11B20/10527G11B27/10G11B27/3027H04N21/4143H04N21/42646H04N21/4305H04N21/4307G11B2220/2562H04N5/85
    • A DVD player that integrates a DVD device into a personal computer is provided. As such, the personal computer is able to output audio-visual works from a DVD CD-ROM. When integrating a DVD device with a personal computer, various problems must be overcome. For example, in a personal computer, the video display is controlled by a graphics controller, and in order to render an audio-visual stream in a personal computer, the audio-visual stream and the graphics controller must be synchronized. The synchronization problem arises because the graphics controller only displays data at the beginning of 33.4 millisecond time intervals. Thus, although the audio portion may be played almost immediately, the video portion may have to wait for up to 33.4 milliseconds before being displayed. In this manner, the audio portion and the video portion become unsynchronized which means that the audio portion plays before the corresponding video portion is displayed. The DVD player solves this problem by synchronizing the start of the audio-visual stream with the graphics controller so that the time at which a video sequence is displayed coincides with one of the graphics controller's 33.4 millisecond time intervals.
    • 提供将DVD设备集成到个人计算机中的DVD播放器。 因此,个人计算机能够从DVD CD-ROM输出视听作品。 当将DVD设备与个人计算机集成时,必须克服各种问题。 例如,在个人计算机中,视频显示由图形控制器控制,并且为了在个人计算机中呈现视听流,视听流和图形控制器必须同步。 出现同步问题是因为图形控制器仅在33.4毫秒的时间间隔开始显示数据。 因此,虽然可以立即播放音频部分,但是在显示之前视频部分可能必须等待多达33.4毫秒。 以这种方式,音频部分和视频部分变得不同步,这意味着音频部分在相应的视频部分被显示之前播放。 DVD播放机通过将视听流的开始与图形控制器同步来解决这个问题,使得显示视频序列的时间与图形控制器的33.4毫秒时间间隔一致。