116 results about "Sequence ID" patented technology

A method and apparatus for operating a set of resources under the control of a secure processor, e.g. security module, having a command authentication means and a command execution means, to achieve secure control of the resources. The secure processor stores a set of command primitives for functional control of the resources. A set of defined commands for invoking command primitives has either a secured command format including a command sequence ID, a command code, and a set of command data items or a non-secured command format including a command code and a set of command data items. The secure processor stores a command set up table including command type flags to designate each command as a secured command or a non-secured command. An application program running in an external device includes a plurality of the defined commands in either secured command format or the non-secured command format and these are sent one at a time to the secure processor for execution. The secure processor looks up each received command in the command set up table, and if the command is a non-secured command it immediately executes associated command primitives. If the command is a secured command, the secure processor tests both its authenticity and regularity and only executes the associated command primitives if the command passes both tests.

The present invention discloses a method for the treatment of Flaviviridae infection that includes the administration of a 2′-branched nucleoside, or a pharmaceutically acceptable prodrug and/or salt thereof, to a human in need of therapy in combination or alternation with a drug that directly or indirectly induces a mutation in the viral genome at a location other than a mutation of a nucleotide that results in a change from seine to a different amino acid in the highly conserved consensus sequence, XRXSGXXXT (Sequence ID No. 63), of domain B of the RNA polymerase region, or is associated with such a mutation. The invention also includes a method to detect a mutant strain of Flaviviridae and a method for its treatment.

A method of managing rule entries of a Ternary Content Addressable Memory (TCAM) in a routing system includes: creating a hash table having a hash key corresponding to each entry; creating a single linked list for linking nodes, the single linked list using the entry of the hash table as a head node and including rule IDs and sequence IDs assigned according to a rule input order; and a double linked list having an independent head node, the double linked list bidirectionally linking the nodes constituting the single linked list according to an order of the sequence IDs. Thus, the packet classifying/filtering rule can be easily added to the TCAM or deleted from the TCAM only with minimal information. Also, the sequence ID reassignment process, required for storing as many rules in the TCAM as possible according to the priority of the rules, is performed when a certain time elapses following rule addition or deletion, thereby reducing a latency that may be caused upon setting the packet classifying/filtering rule.

Disclosed are a multi-connection system (MCS) and method for a service using an Internet protocol. The MCS includes a plurality of proxies; an MCS client to receive a packet to be transmitted from the client to the server, generate MCS packets by adding an MCS sequence identification (ID) to the packet, and sequentially and respectively transmit the MCS packets to the plurality of proxies, wherein a number of MCS packets corresponds to a number of pieces of proxy access information connected to the plurality of proxies or a set number of pieces of proxy access information; and an MCS server to respectively receive the MCS packets from the plurality of proxies; extract the MCS sequence IDs from the MCS packets, compare the extracted MCS sequence IDs with MCS sequence IDs stored beforehand; store the extracted MCS sequence IDs, generate server-receivable packets from the MCS packets, and transmit the server-receivable packets to the server when the extracted MCS sequence IDs are not identical to the stored MCS sequence IDs; and block the MCS packets from being transmitted to the server when the extracted MCS sequence IDs are identical to the stored MCS sequence IDs.

Methods for configuring Channel State Information (CSI) feedback signalings, feeding back CSI, configuring data demodulation, data demodulating, configuring antenna port information, obtaining antenna port information, base stations and terminals are disclosed. The method for configuring CSI feedback signalings includes: the base station configuring N CSI measurement processes for measuring and feeding back CSI for the terminal, each of them being independently configured with one or more of the following through terminal dedicated higher layer signaling: codebook subset restriction, PMI-RI-Report, PMI feedback-enabled, RI feedback-enabled, RI feedback-enabled according to reference process, PMI feedback-enabled according to reference process, sub-band feedback-enabled according to reference process, feedback mode, resource location fed back by PUCCH corresponding to CSI measurement process, subframe offset and cycle fed back by PUCCH corresponding to CSI measurement process, and initialization sequence ID of PUCCH corresponding to CSI measurement process; the base station sending the N CSI measurement processes to the terminal.

Provided a method and device for efficiently retransmitting packets of which transmissions failed in wired/wireless network including detecting continuity by detecting whether or not a sequence ID of a received packet is continuous with a start sequence ID or an end sequence ID of packets included in reception blocks which are generated in advance of the received packet; depending on the result of the detection, manipulating reception blocks to renew or delete the reception blocks or generate a new reception block by using the sequence ID of the received packet; and transmitting an EBN (Explicit Block NACK) for requesting retransmission of lost packets in units of a block when discontinuity is detected.

A ZigBee gateway includes: an IP network communication unit supporting communications with an IP network; a ZigBee network communication unit supporting communications with a ZigBee network; and a message processing unit generating a forwarding entry containing a service request ID and a transaction sequence ID corresponding to a service request message, when the service request message is received from the IP network, and performing a forwarding operation between the service request message and a response message transmitted from the ZigBee network in response to the service request message, by referring to the forwarding entry.

The invention provides a preparation method and application of a recombinant antimicrobial peptide (AMP) and belongs to the technical field of biological genetic engineering. The method comprises: amplification of an antibacterial peptide gene, gene cloning, transformation of beer yeast and efficient expression and purification of recombinant protein. The recombinant AMP provided by the invention is AMP-36 of the porcine Cathelicidins family, and the protein of the recombinant AMP contains short peptide shown by the sequence ID No.2. By utilizing the method provided by the invention, the prepared recombinant AMP can be used for producing a feed additive, a veterinary medicine and a preservative and preparing Gram-negative bacteria, Gram-positive bacteria and medicaments for diseases caused by fungi or virus.

The invention discloses a time shifting optimization method and system based on the HLS protocol, and relates to the field of Internet multimedia. The method includes the following steps: starting from a preset time point, with a media segment time length with a fixed length as a fragment length, counting a fragment sequence ID of each streaming media fragment; storing all streaming media fragments within a time shifting range, grouping the streaming media fragments, dividing every continuous N streaming media fragments into one group, wherein each group of streaming media fragments forms a time shifting index file; causing an HLS live broadcast program into a time shifting state by a client via a broadcast control operation, adding time shifting additional information on the address of the live broadcast index file, and sending the time shifting index file to an HTTP streaming media server; analyzing, by the HTTP streaming media server, the time shifting additional information, and sending the corresponding time shifting index file to the client; and requesting and playing, by the client, the received streaming media fragments. By adoption of the time shifting optimization methodand system, the bandwidth and time consumed by the transmission of the time shifting index file are reduced, which is conducive to improving the playing speed.

The invention discloses a number distribution method, a server and a system, the distribution server being in communication connection with the cache server. The method comprises the steps of receiving a number distribution request from a client, wherein the number distribution request comprises the quantity of numbers needing to be distributed and a request sequence number; sending the quantity of numbers needing to be distributed to the cache server, instructing the cache server to update a value of an atom cursor in a number information database to a sum of a current value and the quantity of numbers needing to be distributed; acquiring the value after the atom cursor is updated from the number information database in the cache server; computing a sequence ID range of the distributable numbers according to the value after the atom cursor is updated and the quantity of numbers needing to be distributed; and sending the sequence ID range and the request sequence number to the cache server, thus allowing the cache server to update the number distribution request IDs corresponding to the numbers to the request sequence number in batch according to the sequence ID range, and return a successful distribution identifier back to the client.

The invention relates to a method of screening a patient to identify and quantify risk of colorectal cancer, and thereby identify patients suitable for further invasive investigation such as a colonoscopy. The method employs auto-antibodies that are shown to correlate with colorectal cancer risk method and involves of assaying a biological sample from the individual for a combination of a plurality of biomarkers selected from SEQUENCE ID NO's: 1 to 12, where the combination of biomarkers is chosen such that detection of all biomarkers in the patient correlates to at least a 50% risk of the patient being positive for colorectal cancer. Detection of all of the combination of biomarkers indicates that the patient should undergo a colonoscopy. Kits for performing the method of the invention are also provided.

This invention discloses a method for preparing xylobiose and its specific immobilization enzyme. The method comprises: (1) immobilizing recombined xylanase XynB using metal-chelating epoxy carrier Eupergit C 250 L to obtain immobilization enzyme; (2) suspending the obtained immobilization enzyme in 0.5-1.25 M phosphate buffer with a pH of 5.5-8.0, and reacting at 20-35 deg.C for 12-60 h to obtained immobilization xylanase. The recombinant xylanase XynB is prepared by expressing xylanase gene (Sequence ID 1) in Escherichia coli. The obtained xylanase has such advantages as high recovery rate; high stability and good operation performance after loaded into the column, and can be used for continuous production. The method for preparing xylobiose by using xylanase is simple, and can save xylanase usage, realize separation of enzyme and hydrolyte, largely lower production cost and improve production efficiency, thus is suitable for mass production.

The present disclosure describes a system, method, and computer program for encoding and decoding a unique signature for a user in a video file, wherein the digital signature is substantially invisible to the viewer of the video, easy to detect during the coding process, does not require specialized equipment for playback of the video, and is resilient to transcoding, video editing, and high compression encoding. A numeric digital signature is converted into a binary number. The binary number is then divided into sequences, where sequence includes a subset of data bits from the binary number. Each sequence is also associated with a sequence ID that enables the data bits in the sequence to be later combined in the correct order to recreate the binary number. A watermark is created for each of the sequences and embedded within suitable areas of a color channel.

Monoclonal antibodies having high affinity for N-terminus pro brain natriuretic peptide (NT-proBNP) are described. The monoclonal antibodies are prepared against a synthetic peptide having the Sequence ID No. 1. Specifically, the monoclonal antibodies described are produced from two hybridoma cell lines, 6G11-F11-D12 and 1C3-E11-R9, deposited with the American Type Culture Collection under Accession Numbers PTA-4844 and PTA-4845 respectively. The monoclonal antibody antibodies can be used as reagents in an immunoassay system to identify blood, serum or plasma levels of NT-proBNP. Such an immunoassay system can be used for diagnosing and quantifying congestive heart failure (CHF).

The invention discloses a method for setting security authentication in a precision time protocol (PTP). The method comprises the following steps of: setting keys on a time synchronous source and time synchronous equipment in advance, and adding an identity authentication field in the transmitted PTP message when the time synchronous source transmits synchronous information to the time synchronous equipment, wherein the field comprises a first MD5 value, and the MD5 value consists of a sequence ID field and key logic operation; performing corresponding logic operation on the sequence ID field in the message and a locally preset key when the time synchronous equipment receives the PTP message to obtain a second MD5 value; comparing the two MD5 values, passing the PTP authentication if the PTP messages are the same, otherwise discarding the messages. Thus, the communication safety of PTP is guaranteed, so that equipment for operating the PTP is hardly influenced by hostile attack from an internet.

DNA for encoding a protein having D-hydantoinase activity which has a base sequence represented by Sequence ID No. 1 in the Sequence Listing. DNA for encoding a protein having D-carbamylase activity which has a base sequence represented by Sequence ID No. 3 in the Sequence Listing.

The invention discloses a method for message interaction between a CPU and network equipment, comprising the following steps: a CPU adds a sequence ID generation package message acquired from a preset descriptor to a message to be sent, and adds the preset descriptor to a preset sending flow queue after updating the state identifier of the preset descriptor; the CPU sends the package message to network equipment; the network equipment processes the package message, and updates the state identifier of the preset descriptor in the preset sending flow queue; and the CPU acquires and analyzes the state identifier of the preset descriptor in the preset sending flow queue, and reads the content of the package message from the network equipment based on the state identifier of the preset descriptor. The efficiency of message transmission is improved, and the performance requirement for interaction of a large number of messages between the CPU and the network equipment is satisfied.

The invention discloses an EST-SSR primer group developed on the basis of transcriptome sequences of hemarthria compressa and hemarthria altissima. The EST-SSR primer group comprises 52 pairs of primers, and nucleotide sequences of the primers are represented as sequence tables SEQUENCE ID NO.1-104. The invention further relates to an application of the EST-SSR labeled primers in the aspects of genetic diversity analysis of hemarthria sibirica and transferability of the hemarthria sibirica in gramineae species. The 52 pairs of primers in the EST-SSR primer group developed on the basis of the transcriptome sequences of hemarthria compressa and hemarthria altissima have the advantages of abundant polymorphism, stable amplification, good repeatability, convenience in counting and the like, can be effectively applied to research fields such as hemarthria sibirica germ resource genetic diversity analysis, variety identification, fingerprinting construction, molecular marker assisted breeding and the like and are applied to correlational research of other gramineae forage species.

The invention provides an identifier generation method, system and device based on a distributed system and a medium, and the method comprises the steps: obtaining one or more identifier generation requests, and enabling the identifier generation requests to comprise a business KEY value; detecting whether the number of the remaining identifiers in the current cache meets the requirements of the identifier generation request or not; when the number of the remaining identifiers in the cache meets the requirement of an identifier generation request, returning the identifiers to a requester; whenthe number of the remaining identifiers in the cache does not meet the requirement of an identifier generation request, calling a Redis INCR instruction to generate an identifier, and returning the identifier to the cache to meet the identifier generation request; and obtaining the maximum value of the sequence by utilizing the Redis INCR, reversely calculating the initial values to be sequentially increased or decreased to generate identifiers, and determining the generation quantity of the identifiers according to the quantity of the remaining identifiers in the cache and the requirements of identifier generation requests. According to the invention, the identifier generation efficiency is improved; the ID repetition phenomenon is avoided through the sequence IDs generated in sequence,and subsequent capacity expansion is facilitated.

The present invention provides a scanning and integration verification comparison method for an encrypted product. The method is characterized by comprising: providing a main control module and a calibration reading module in a hardware module; adding a communication module in the hardware module, and connecting the communication module into the main control module; and comparing burning fixed bytes, sequence ID numbers and manufacturing information dates by means of performance test software. Our company realizes a burning verification performance test scheme for BQ2022A series encrypted IC products, which adopts a 20 channel parallel burning calibration-verification integrated test method and a 20 channel performance complex verification test method. The current device test scheme saves stations for complex verification, and integrates a function of complex verification into device performance tests.

The invention discloses a spatial-contiguity-considered vector space data coding method. The spatial-contiguity-considered vector space data coding method includes the steps that whether a given object P is a point object or not is judged; if the space object P is a non-point object, the maximum order k where a grid capable of completely containing a minimum external-containing hyperrectangle is obtained through calculation, and then k+1 pieces of ZG(P)<j*> from the zero order to the k order are calculated, wherein ZG(P)<j*> represents the coded value of the space object P in the j* order; the k+1 pieces of ZG(P)<j*> are coded according to the coding rule of a space filling curve, and Geocode(f.geometry)* is obtained; then coding is carried out according to the formula that Rowkey(f)* is equal to the sum of Geocode(f.geometry)* and FID(f)*. Based on the layered coding of the space filling curve, in the same space division, different space objects have same prefix codes, then unique sequence ID values are added to serve as postfix codes, the space proximity of the vector space objects is considered, and Rowkey can also be prevented from being repeated. In this way, Rowkey has the features of a spatial index, and direct spatial querying in a database becomes possible.

Improving the efficiency of distributed database systems in providing geographically related information is provided by generating a data object identifier (ID) in association with geographical data. A geographical data object is received for storage in the distributed database system. A grid ID is generated based on spatial information contained in the geographical data object, a shardlet ID is generated indicating a shardlet location in a given shard on which the geographical data object is stored, and a sequence ID is generated indicating data placement within the shardlet location. The data object ID is assigned to the geographical data object, the data object ID comprising the grid ID, the shardlet ID, and the sequence ID.