Study of Inputs and Outputs. Every algorithm has a set of inputs that are needed to be calculated to produce a set of outputs. Inputs and Outputs define the interface between the computational system and the user. Inputs study consists of the data volume, their width, their nature, their source, and if there are used more than one time in the calculations. Volume could be the most important parameter for the study of the algorithm as it can lead to very important decisions, such as use of memory, number of processing units etc. If input data is very little then the system does not need any special handling for them as internal resources can handle them. If input data becomes bigger, and internal memory is not enough for handling their volume, then internal structures should be designed in order to compress or encode data, and, finally if volume of data is big, that reconfigurable device cannot store them, then an system e.g. external memory based system for buffering or swapping, should be designed to manipulate them. Data size is little or big depending on the target reconfigurable technology and device which is used from the designer. The size and the characteristics of the input are important as for example if it is very large, and comes through conventional protocols (Ethernet, PCI etc) then special data structures should be designed to reassemble data. Such structures can be shift registers, very long word registers etc., which handle input data and reform them to the appropriate format for reconfigurable hardware processing. The input data rate is also an important aspect to a system design. If the algorithm handles input data in burst mode data structures as FIFOs should be designed. If there is input data that an algorithm uses more than one time then the corresponding data structures, as cashing schemes, cyclic buffers, local memories, should also be used. It is also important, for the designer, to study the if there is a need to design the controller for the protocol that the inputs may follow. If this system, for example, is directly connected to network with TCP/IP for streaming inputs, or an external DDR memory for large databases etc. The proper controller in hardware should be designed and integrated to the system. The designer handles outputs similarly to the inputs. For QualiMaster scope Input and Output study is critical as it handles streaming data. Inputs and outputs have been often proved to be a critical issue to designers for reconfigurable hardware, constrainin...

Study of Inputs and Outputs. The Count-Min sketch provides a different kind of solution to count tracking. It uses a fixed amount of memory to store count information, which does not vary over time. Nevertheless, it is able to provide useful estimated counts, as the accuracy scales with the total sum of all the counts stored. Streaming data from different applications, like IP networking, machine learning, distributed computing and signal processing, can be used as input to the proposed algorithm. The Count Min sketch is a data structure that summarizes efficiently a stream of input data and answers queries with high accuracy over the input stream. Thus, the CM algorithm takes two different types of inputs: a stream of input data that is summed up on the CM sketch data structure or a query over the input dataset.

Study of Inputs and Outputs. The EH model offers a probabilistic solution to the counting problem. The EH algorithm either updates the Exponential Histogram data structure with new streaming data or it estimates the number of 1s that have arrived from a specific timestamp up to the current timestamp.

Study of Inputs and Outputs. As described above, the Xxxxxxx-Xxxxxxx (HY) Correlation Estimator measures the pair wise correlation of the input market stocks. The HY Correlation Estimator uses the transaction prices of two stocks in order to calculate their correlation. The correlation is calculated over time intervals that the stocks transactions take place. On the other hand, the QualiMaster project focuses on the correlation among a group of market stocks. The HY estimator calculates the correlation of all the different pairs of the processing market stocks. Figure 11 presents the equation for calculating the HY estimator for two different market stocks.

Study of Inputs and Outputs. The SVM Training algorithm receives as input a two dimensional structure and outputs the SVM model.

Study of Inputs and Outputs. LDA takes as input a set of documents and posits that each document is a mixture of a small number of topics and that each word's creation is attributable to one of the document's topics. The applications that implement LDA take as input a filtered set of documents, from stop words, common used words etc., or filters a set of documents. They then create an index table with the vocabulary and use the indexes in processing. The training step of the algorithm produces a number of topics (input by user). The basic idea is that documents are represented as random mixtures over latent topics, where each topic is characterized by a distribution over words. The model produced by the training is then used to characterize new documents. Each new document is characterized by a different set of topics.

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Technical Feasibility of String While ICANN has encouraged and will continue to encourage universal acceptance of all top-‐level domain strings across the Internet, certain top-‐level domain strings may encounter difficulty in acceptance by ISPs and webhosters and/or validation by web applications. Registry Operator shall be responsible for ensuring to its satisfaction the technical feasibility of the TLD string prior to entering into this Agreement.
Tests, Labs, and Imaging and X rays (diagnostic)
Inspection and Tests 3.8.1 The Procuring entity or its representative shall have the right to inspect and/or to test the goods to confirm their conformity to the Contract specifications. The Procuring entity shall notify the tenderer in writing in a timely manner, of the identity of any representatives retained for these purposes. 3.8.2 The inspections and tests may be conducted in the premises of the tenderer or its subcontractor(s), at point of delivery, and/or at the Goods’ final destination If conducted on the premises of the tenderer or its subcontractor(s), all reasonable facilities and assistance, including access to drawings and production data, shall be furnished to the inspectors at no charge to the Procuring entity. 3.8.3 Should any inspected or tested goods fail to conform to the Specifications, the Procuring entity may reject the equipment, and the tenderer shall either replace the rejected equipment or make alterations necessary to make specification requirements free of costs to the Procuring entity. 3.8.4 The Procuring entity’s right to inspect, test and where necessary, reject the goods after the Goods’ arrival shall in no way be limited or waived by reason of the equipment having previously been inspected, tested and passed by the Procuring entity or its representative prior to the equipment delivery. 3.8.5 Nothing in paragraph 3.8 shall in any way release the tenderer from any warranty or other obligations under this Contract.
Inspections and Tests 26.1 The Supplier shall at its own expense and at no cost to the Procuring Entity carry out all such tests and/or inspections of the Goods and Related Services as are specified in the SCC. 26.2 The inspections and tests may be conducted on the premises of the Supplier or its Subcontractor, at point of delivery, and/or at the Goods' final destination, or in another place in Kenya as specified in the SCC. Subject to GCC Sub-Clause 26.3, if conducted on the premises of the Supplier or its Subcontractor, all reasonable facilities and assistance, including access to drawings and production data, shall be furnished to the inspectors at no charge to the Procuring Entity. 26.3 The Procuring Entity or its designated representative shall be entitled to attend the tests and/or inspections referred to in GCC Sub-Clause 26.2, provided that the Procuring Entity bear all of its own costs and expenses incurred in connection with such attendance including, but not limited to, all travelling and board and lodging expenses. 26.4 Whenever the Supplier is ready to carry out any such test and inspection, it shall give a reasonable advance notice, including the place and time, to the Procuring Entity. The Supplier shall obtain from any relevant third party or manufacturer any necessary permission or consent to enable the Procuring Entity or its designated representative to attend the test and/or inspection. 26.5 The Procuring Entity may require the Supplier to carry out any test and/or inspection not required by the Contract but deemed necessary to verify that the characteristics and performance of the Goods comply with the technical specifications codes and standards under the Contract, provided that the Supplier's reasonable costs and expenses incurred in the carrying out of such test and/or inspection shall be added to the Contract Price. Further, if such test and/or inspection impedes the progress of manufacturing and/or the Supplier's performance of its other obligations under the Contract, due allowance will be made in respect of the Delivery Dates and Completion Dates and the other obligations so affected. 26.6 The Supplier shall provide the Procuring Entity with a report of the results of any such test and/or inspection. 26.7 The Procuring Entity may reject any Goods or any part thereof that fail to pass any test and/or inspection or do not conform to the specifications. The Supplier shall either rectify or replace such rejected Goods or parts thereof or make alterations necessary to meet the specifications at no cost to the Procuring Entity, and shall repeat the test and/or inspection, at no cost to the Procuring Entity, upon giving a notice pursuant to GCC Sub- Clause 26.4. 26.8 The Supplier agrees that neither the execution of a test and/or inspection of the Goods or any part thereof, nor the attendance by the Procuring Entity or its representative, nor the issue of any report pursuant to GCC Sub-Clause 26.6, shall release the Supplier from any warranties or other obligations under the Contract.
Inspection and Testing Each Constructing Entity shall cause inspection and testing of the Interconnection Facilities that it constructs in accordance with the provisions of this section. The Construction Parties acknowledge and agree that inspection and testing of facilities may be undertaken as facilities are completed and need not await completion of all of the facilities that a Constructing Entity is building.
Project Monitoring Reporting and Evaluation The Recipient shall furnish to the Association each Project Report not later than forty-five (45) days after the end of each calendar semester, covering the calendar semester.
Equipment Testing and Inspection 2.1.1 The Interconnection Customer shall test and inspect its Small Generating Facility and Interconnection Facilities prior to interconnection. The Interconnection Customer shall notify the NYISO and the Connecting Transmission Owner of such activities no fewer than five Business Days (or as may be agreed to by the Parties) prior to such testing and inspection. Testing and inspection shall occur on a Business Day. The Connecting Transmission Owner may, at its own expense, send qualified personnel to the Small Generating Facility site to inspect the interconnection and observe the testing. The Interconnection Customer shall provide the NYISO and Connecting Transmission Owner a written test report when such testing and inspection is completed. The Small Generating Facility may not commence parallel operations if the NYISO, in consultation with the Connecting Transmission Owner, finds that the Small Generating Facility has not been installed as agreed upon or may not be operated in a safe and reliable manner. 2.1.2 The NYISO and Connecting Transmission Owner shall each provide the Interconnection Customer written acknowledgment that it has received the Interconnection Customer’s written test report. Such written acknowledgment shall not be deemed to be or construed as any representation, assurance, guarantee, or warranty by the NYISO or Connecting Transmission Owner of the safety, durability, suitability, or reliability of the Small Generating Facility or any associated control, protective, and safety devices owned or controlled by the Interconnection Customer or the quality of power produced by the Small Generating Facility.
TECHNICAL EVALUATION (a) Detailed technical evaluation shall be carried out by Purchase Committee pursuant to conditions in the tender document to determine the substantial responsiveness of each tender. For this clause, the substantially responsive bid is one that conforms to all the eligibility and terms and condition of the tender without any material deviation. The Institute’s determination of bid’s responsiveness is to be based on the contents of the bid itself without recourse to extrinsic evidence. The Institute shall evaluate the technical bids also to determine whether they are complete, whether required sureties have been furnished, whether the documents have been properly signed and whether the bids are in order. (b) The technical evaluation committee may call the responsive bidders for discussion or presentation to facilitate and assess their understanding of the scope of work and its execution. However, the committee shall have sole discretion to call for discussion / presentation. (c) Financial bids of only those bidders who qualify the technical criteria will be opened provided all other requirements are fulfilled. (d) AIIMS Jodhpur shall have right to accept or reject any or all tenders without assigning any reasons thereof.
Selection of Subcontractors, Procurement of Materials and Leasing of Equipment The contractor shall not discriminate on the grounds of race, color, religion, sex, national origin, age or disability in the selection and retention of subcontractors, including procurement of materials and leases of equipment. The contractor shall take all necessary and reasonable steps to ensure nondiscrimination in the administration of this contract. a. The contractor shall notify all potential subcontractors and suppliers and lessors of their EEO obligations under this contract. b. The contractor will use good faith efforts to ensure subcontractor compliance with their EEO obligations.
Introduction and Background The purpose of this Schedule 2 (Contract Services and Contract Supplies) is to set out the characteristics of the Contract Services and/or Contract Supplies (as the case may be) and Funding that the Provider will be required to make available to all Contracting Authorities in relation to Lot 1 and/or Lot 2 (as the case may be) and to provide a description of what the Contract Services and/or Contract Supplies (as the case may be) and Funding will entail.

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