### Table I shows the constraints on the unknown node for the example in 1(a).

2005

Cited by 5

### TABLE III NODE MAPPING RESULTS IN OFFICE ENVIRONMENT WITH UNKNOWN NODE LOCATIONS USING EKF-SLAM.

### TABLE VIII Specifications of grid levels of the input for PP2D Level #unknowns #nodes #elements #instances

2004

### TABLE II TRACKING RESULTS IN OFFICE ENVIRONMENT WITH UNKNOWN NODE LOCATIONS. MAPPING ERROR IS AVERAGE EUCLIDEAN ERROR FOR FOUR NODES. TRACKING ACCURACY IS THE ROOM-LEVEL LOCALIZATION ACCURACY USING RECONSTRUCTED NODES.

### Table 4.3 Number of mesh nodes and unknowns for each multigrid level in Austria example.

### Table 4. nodes unknowns iterations time solver (sec) time all (sec) 933 1866 18 2.14 2.68

1996

"... In PAGE 13: ...ost-smoothing step. We take a 2x2 Block-Gauss-Seidel as smoother . We use only Algorithm 2 as coarsening strategy. In the following Table4 , we see the number of iterations for di erent meshes. The computations were car- ried out on the SUN workstation ULTRA 1 (170 MHz).... ..."

Cited by 11

### Table 5. nodes unknowns iterations time solver (sec) time all (sec) 933 1866 29 1.53 2.03

1996

"... In PAGE 13: ...94 154.98 The results for the V11 cycle are given in Table5 . The V11 cycle shows the complexity O(n log(n)), which is a comparable result to standard Multi-Grid... ..."

Cited by 11

### Table 1: Most of machine learning, represented in terms of directed graphical models. Nodes on the left represent training data, nodes on the right represent test data, and nodes in the middle (with Greek letters, plus w) are parameters. Shaded nodes are observed, unshaded nodes are unknown. The first four methods are supervised, the rest are unsupervised.

2007

### Table 4: Preconditioning results for Model 1 using membrane elements with two unknowns per node. N is the number of nodes along the edges. (S) and (S?1 z S) are condition numbers of the original and the preconditioned system. I is the iteration count.

"... In PAGE 14: ... Model 1 consist of 4 rst level substructures assembled into a two level compu- tational model. Table4 shows the preconditioning results for Model 1 with membrane elements and Table 5 shows the corresponding results with shell elements. In each table the condition numbers (S) and (S?1 z S) for the original and the preconditioned system are tabulated as a function of decreasing mesh size h.... ..."

### Table 5: Preconditioning results for Model 1 using shell elements with ve unknowns per node. N is the number of nodes along the edges. (S) and (S?1 z S) are condition numbers of the original and the preconditioned system. I is the iteration count.

"... In PAGE 14: ... Model 1 consist of 4 rst level substructures assembled into a two level compu- tational model. Table 4 shows the preconditioning results for Model 1 with membrane elements and Table5 shows the corresponding results with shell elements. In each table the condition numbers (S) and (S?1 z S) for the original and the preconditioned system are tabulated as a function of decreasing mesh size h.... ..."