Matching procedure. Next are detailed the steps for the matching procedure to be performed, in order to obtain the Confirmed Quantities that will be delivered at VIP.PIRINEOS by each Shipper avoiding any discrepancy in the Nominations. Steps to be performed over the matching procedure: Step 1: TIGF will forward to ENAGAS GTS all received and not rejected single- sided nominations.
Matching procedure a) The Network Users active on both sides of the IP shall be entitled to submit nominations in kWh for Gas Day D no later than CET 14:00 of the Gas Day D-1.
Matching procedure. 6.1 It is proposed that where there is a sufficient similarity between a new post and an existing post, then the holder of the existing post shall have the contractual right to be placed directly into the new post. In this context, sufficient similarity will be deemed to exist when the following conditions are met: • The functions and responsibilities of the posts are substantially similar, ie organisational relationships, principal purpose, main duties, communication, demands of the job, knowledge, skills and experience required, working environments. • No other employee can be identified as undertaking a directly comparable post, or where there is a group of similar employees, the number of posts is equal to the number of comparable individuals.
Matching procedure. 1. Matching shall be performed by Parties in order to check whether the Hourly Quantity nominated by a receiving Shipper and to be made available by a delivering Shipper at the Interconnection Point is equal to the Hourly Quantity nominated to be made available by such delivering Shipper and to be off taken by such receiving Shipper.
Matching procedure a) The Network Users on the Transmission Systems shall be entitled to submit to BTG and ICGB double sided nomination for Gas Day D no later than UTC 13:00 (in wintertime) and UTC 12:00 (in summer time) for Gas Day D-1.
Matching procedure. Matching takes place at the Delivery Point. For matching, the Parties shall use the rules of EASEE-gas CBP 2003-002-01 relating to the harmonisation of nomination and matching proce- dures.
Matching procedure. In summary, the 3D-ASM matching can be described as follows. The mean shape model is placed in the target data set with a given initial scale and pose. The im- age planes intersect the model’s sub-part surface meshes (two in our case), yielding stacks of 2D contours. These contours are composed of the intersections of the image planes with individual mesh triangles. Candidate displacements (update-vectors) are propagated to the nodes in the mesh. To facilitate through-plane motion in the model, they are projected on the model surface normals, which also have a component per- pendicular to the imaging planes. The current model state is aligned to the proposed model state resulting from the model update information using the method of Xxxx and XxXxx [59] for 3D point clouds, effectively eliminating scaling, translation and rotation differences. The residual shape differences are projected on the shape model subspace, yielding a model parameter vector. Thus, the proposed shape is approxi- mated by the shape model using Eq. (5.1), within statistical limits set beforehand by Eq. (5.2). The steps above are repeated either for a fixed number of iterations, or until convergence is achieved.
