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    • 12. 发明授权
    • Transparent conductor based pinned photodiode
    • 透明导体固定光电二极管
    • US08298846B2
    • 2012-10-30
    • US12704769
    • 2010-02-12
    • Chandra MouliHoward E. Rhodes
    • Chandra MouliHoward E. Rhodes
    • H01L21/00
    • H01L27/14609H01L27/14601H01L27/1463H01L27/14689
    • A pinned photodiode with improved short wavelength light response. In exemplary embodiments of the invention, a gate oxide is formed over a doped, buried region in a semiconductor substrate. A gate conductor is formed on top of the gate oxide. The gate conductor is transparent, and in one embodiment is a layer of indium-tin oxide. The transparent conductor can be biased to reduce the need for a surface dopant in creating a pinned photodiode region. The biasing of the transparent conductor produces a hole-rich accumulation region near the surface of the substrate. The gate conductor material permits a greater amount of charges from short wavelength light to be captured in the photo-sensing region in the substrate, and thereby increases the quantum efficiency of the photosensor.
    • 具有改善的短波长光响应的钉扎光电二极管。 在本发明的示例性实施例中,在半导体衬底中的掺杂的掩埋区域上形成栅极氧化物。 栅极导体形成在栅极氧化物的顶部。 栅极导体是透明的,在一个实施例中是一层氧化铟锡。 透明导体可以被偏置以减少在产生钉扎光电二极管区域时对表面掺杂剂的需要。 透明导体的偏压在基板的表面附近产生一个富含孔的堆积区域。 栅极导体材料允许在衬底中的光敏区域中捕获较短波长的光的更大量的电荷,从而提高光电传感器的量子效率。
    • 13. 发明申请
    • RESOURCE ALLOCATION USING SHARED RESOURCE POOLS
    • 资源分配使用共享资源池
    • US20120096167A1
    • 2012-04-19
    • US13079593
    • 2011-04-04
    • James Douglas FreeKenneth Owen MichieChandra Mouli Ravipati
    • James Douglas FreeKenneth Owen MichieChandra Mouli Ravipati
    • G06F15/173
    • G06F9/5011G06F2209/5011
    • The present disclosure describes methods and systems for managing resources, for example in connection with call admission control or other communications or transactions in a system. In particular, a plurality of resource pools are established. At least a first or priority resource is associated with a minimum resource amount, while at least a second or normal resource pool is associated with a maximum resource amount. From the system resource pools, allocations are made to each of a plurality of system servers. If a server receives a request for priority resources that cannot be satisfied from the allocation of priority resources made to that server, that server may borrow from an allocation of normal resources. Resources can also be shared between servers. Accordingly, if required resources are not available from an allocation made to a server receiving the request for resources, that server can request resources from another server. In responding to a request to share resources, a server can attempt to fill the request as if the request had originally been made to that server.
    • 本公开描述了用于管理资源的方法和系统,例如结合呼叫许可控制或系统中的其他通信或事务。 特别地,建立了多个资源池。 至少第一或优先资源与最小资源量相关联,而至少第二或正常资源池与最大资源量相关联。 从系统资源池中,对多个系统服务器中的每一个进行分配。 如果服务器从对该服务器的优先级资源的分配中收到对于不能满足的优先资源的请求,则该服务器可以从正常资源的分配中借用。 资源也可以在服务器之间共享。 因此,如果从对接收资源请求的服务器的分配中不可用所需的资源,则该服务器可以从另一个服务器请求资源。 在响应共享资源的请求时,服务器可以尝试填充请求,就像最初向该服务器发出请求一样。
    • 14. 发明申请
    • AUTOMATIC USER REDUNDANCY DETERMINATION
    • 自动用户冗余确定
    • US20120076129A1
    • 2012-03-29
    • US12893143
    • 2010-09-29
    • James Douglas FreeKenneth Owen MichieChandra Mouli Ravipati
    • James Douglas FreeKenneth Owen MichieChandra Mouli Ravipati
    • H04L12/66
    • H04L41/5054H04L65/1006H04L69/40
    • The embodiments presented herein provide an automated process for provisioning a user in a communication system. A session manager, which can be a server in the communication system that provides call connection and routing, may receive registration request from communication device (e.g. a cellular telephone, an IP-enabled phone, etc.). The session manager may determine one or more characteristics about the communication device and/or determine a load on one or more other session managers in a cluster of session managers. Based on both the communication device characteristics and/or the loads on the two or more session managers, the session manager can determine a set of session managers, which may include a primary session manager and a secondary session manager, which can manage the user data for the communication device. This session manager set information may then be sent to the communication device and to other session managers in the cluster. The set of session managers may then manage the user data for the communication device.
    • 这里呈现的实施例提供了一种在通信系统中为用户提供用户的自动化过程。 可以是提供呼叫连接和路由的通信系统中的服务器的会话管理器可以从通信设备(例如蜂窝电话,启用IP的电话等)接收注册请求。 会话管理器可以确定关于通信设备的一个或多个特性和/或确定会话管理器集群中的一个或多个其他会话管理器的负载。 基于通信设备特性和/或两个或更多个会话管理器上的负载,会话管理器可以确定一组会话管理器,其可以包括可以管理用户数据的主会话管理器和次会话管理器 用于通信设备。 然后可以将该会话管理器集信息发送到集群中的通信设备和其他会话管理器。 然后该组会话管理器可以管理通信设备的用户数据。
    • 20. 发明申请
    • Recessed Channel Negative Differential Resistance-Based Memory Cell
    • 嵌入式通道基于负差分电阻的存储单元
    • US20110151629A1
    • 2011-06-23
    • US13038443
    • 2011-03-02
    • Chandra Mouli
    • Chandra Mouli
    • H01L21/332
    • H01L29/74H01L27/1027H01L27/1203H01L29/66363
    • Disclosed herein is an improved recessed thyristor-based memory cell. The disclosed cell comprises in one embodiment a conductive plug recessed into the bulk of the substrate, which is coupled to or comprises the enable gate of the cell. Vertically disposed around this recessed gate is a thyristor, whose anode (source; p-type region) is connected to the bit line and cathode (drain; n-type region) is connected to the word line. Aside from the recessed enable gate, the disclosed cell comprises no other gate, such as an access transistor, and hence is essentially a one-transistor device. As a result, and as facilitated by the vertical disposition of the thyristor, the disclosed cell takes up a small amount of area on an integrated circuit when compared to a traditional DRAM cell. Moreover, the disclosed cell is simple to manufacture in its various embodiments, and is easy to configure into an array of cells. Isolation underneath the cell, while not required in all useful embodiments, assists in improving the data retention of the cell and extends the time needed between cell refresh.
    • 本发明公开了一种改进的基于嵌入式可晶闸管的存储单元。 所公开的单元在一个实施例中包括凹入到基板的主体中的导电插塞,其耦合到或包括电池的使能栅极。 垂直设置在该凹入栅极周围的是晶闸管,其阳极(源极; p型区域)连接到位线,阴极(漏极; n型区域)连接到字线。 除了凹入的使能栅极之外,所公开的单元不包括诸如存取晶体管的其它栅极,因此本质上是单晶体管器件。 结果,并且由于晶闸管的垂直布置方便,当与传统DRAM单元相比时,所公开的单元在集成电路上占用少量的面积。 此外,所公开的小区在其各种实施例中容易制造,并且易于配置成单元阵列。 在所有有用的实施例中,在细胞之下的隔离虽然不是必需的,但有助于改善细胞的数据保留并延长细胞刷新所需的时间。