Abstract:
The present invention disclosed a bacteria-coding identification method, and identification papers which detect the biochemical properties using this method, and apparatus useful for identifying the genus and species of bacteria using the coding identification method and biochemical properties-identifying papers. The coding test items and its combination in the method can identify efficiently bacteria.The identification papers can detect 9-15 kinds of biochemical properties of bacteria at one time, each kind to be detected has very high identification value. The apparatus consists of image acquisition unit, input unit, processing unit, store unit, output unit, and software system. The image acquisition unit contains CCD pickup camera and image acquisition circuit, and it operates directly, quickly, sensitively, accurately and has simple structure. The store unit uses the non-volatile semi-conductor memory to store software and data, it works quickly, stores safely data, the output unit can show directly the illustrative image of a detected result.
Abstract:
The present invention disclosed a bacteria-coding identification method, and identification papers which detect the biochemical properties using this method, and apparatus useful for identifying the genus and species of bacteria using the coding identification method and biochemical properties-identifying papers. The coding test items and its combination in the method can identify efficiently bacteria.The identification papers can detect 9-15 kinds of biochemical properties of bacteria at one time, each kind to be detected has very high identification value. The apparatus consists of image acquisition unit, input unit, processing unit, store unit, output unit, and software system. The image acquisition unit contains CCD pickup camera and image acquisition circuit, and it operates directly, quickly, sensitively, accurately and has simple structure. The store unit uses the non-volatile semi-conductor memory to store software and data, it works quickly, stores safely data, the output unit can show directly the illustrative image of a detected result.
Abstract in simplified Chinese:本创作是提供一种具喷雾式的食用液态物料罐,是在一罐装容器内充填入可可黃油口味的食用液态物料、及默认颜色的食用色素,之后在将丁烷充填入罐装容器内并予以罐口密封,及在罐装容器其罐口形成一按押式的喷嘴;作为制造蛋糕、饼干之类的装饰颜色喷雾使用,只须将罐装容器作一摇动以使内部充填的食用液态物料均匀混合,再透过手部按押罐装容器其喷嘴时,即可藉内部的高压气体丁烷将均匀混合的食用液态物料朝预装饰的糕点上作一均匀装饰喷雾。
Abstract:
The quantifying method for intrinsic data transfer rate of algorithms is provided. The provided quantifying method for an intrinsic data transfer rate includes steps of: detecting whether or not a datum is used; providing a dataflow graph G including n vertices and m edges, and a Laplacian matrix L having ixj elements L(i,j) when the datum is not reused, wherein each of the vertices represents one of an operation and a datum, each of the edges represents a data transfer, and vi is the ith vertex; and using the Laplacian matrix L to estimate a maximum quantity of the intrinsic data transfer rate.
Abstract:
Apparatuses, methods and storage medium associated with cloud computing for mobile client devices are disclosed herein. In embodiments, a cloud server may include one or more processors, and a mobile computing operating system to host execution of an application. The cloud server may also include a cloud application server to interact with a cloud application client of a mobile client device to provide audio and video streams to the mobile client device, and to receive touch, key and sensor events from the mobile client device, to enable the application to be executed for the mobile client device. Other embodiments may be described or claimed.
Abstract:
A method for quantifying and analyzing intrinsic parallelism of an algorithm is adapted to be implemented by a computer, and includes the steps of: configuring the computer to represent the algorithm by means of a plurality of operation sets; configuring the computer to obtain a Laplacian matrix according to the operation sets; configuring the computer to compute eigenvalues and eigenvectors of the Laplacian matrix; and configuring the computer to obtain a set of information related to intrinsic parallelism of the algorithm according to the eigenvalues and the eigenvectors of the Laplacian matrix.
Abstract:
A method of analyzing intrinsic parallelism of an algorithm, comprising: generating a dataflow graph which is composed of vertexes representing computation and directed edges denoting the dependency and flow of data from the algorithm; building a matrix representing the dataflow graph; and quantifying the intrinsic parallelism based on rank and dimension of the matrix representing the generated dataflow graph.
Abstract:
In one embodiment, a method includes receiving a designation of one or more items of digital media; receiving a communication regarding the one or more items of digital media; associating the one or more items of digital media with the communication based on the designation; and setting a privacy level for the communication and the one or more items of digital media on a social-networking system based on a privacy setting of a user on the social-networking system.