### TABLE 2 Control, Protection and Safety Equipment1,3 Single-Phase Connected to Secondary or Primary System

2002

"... In PAGE 105: ...PUCT DG Interconnection Manual 05/01/02 A7-2 PUC PROJECT NO. 22318 REQUIREMENTS FOR PRE-CERTIFICATION OF DISTRIBUTED GENERATION EQUIPMENT BY A NATIONALLY RECOGNIZED TESTING LABORATORY TABLE OF CONTENTS Page A1 INTRODUCTION A7-3 B1 DOCUMENTATION REQUIRED A7-3 C1 TECHNICAL REQUIREMENTS A7-4 D1 LABELING REQUIREMENTS A7-7 TABLES OF CONTROL, PROTECTION, AND SAFETY EQUIPMENT TABLE 1-VOLTAGE/FREQUENCY DISTURBANCE TRIP TIMES A7-5 TABLE2 -SINGLE-PHASE CONNECTED TO SECONDARY OR PRIMARY SYSTEM A7-8 TABLE 3-THREE-PHASE CONNECTED TO SECONDARY OR PRIMARY SYSTEM A7-9 ... ..."

### TABLE 3 Control, Protection and Safety Equipment1,6 Three-Phase Connected to Secondary or Primary System

2002

"... In PAGE 105: ...PUCT DG Interconnection Manual 05/01/02 A7-2 PUC PROJECT NO. 22318 REQUIREMENTS FOR PRE-CERTIFICATION OF DISTRIBUTED GENERATION EQUIPMENT BY A NATIONALLY RECOGNIZED TESTING LABORATORY TABLE OF CONTENTS Page A1 INTRODUCTION A7-3 B1 DOCUMENTATION REQUIRED A7-3 C1 TECHNICAL REQUIREMENTS A7-4 D1 LABELING REQUIREMENTS A7-7 TABLES OF CONTROL, PROTECTION, AND SAFETY EQUIPMENT TABLE 1-VOLTAGE/FREQUENCY DISTURBANCE TRIP TIMES A7-5 TABLE 2-SINGLE-PHASE CONNECTED TO SECONDARY OR PRIMARY SYSTEM A7-8 TABLE3 -THREE-PHASE CONNECTED TO SECONDARY OR PRIMARY SYSTEM A7-9 ... ..."

### Table 2. Voltage and frequency of Turion Frequency Voltage TDP

"... In PAGE 6: ...ith gcc version 3.4.1 and linked with the LAM MPI 7.1.1 library. Table2 and Table 3 show the possible voltage and fre- quency settings, that is, the gears, for the experiments. 5 Experimental Results The benchmark workloads were the two types of parallel programs that can be represented by DAG.... ..."

### Table 3. Adaptive Voltage/Frequency Scaling Landscape.

"... In PAGE 10: ... Given that it represents a fairly unsophisticated class of control functions; further investigations into supply voltage control will likely yield additional energy savings. 4 Previous Work Table3 lists a number of prior proposals supporting adaptive voltage and frequency scaling. With Design-Time DVS, conservative design techniques are used to specify legal voltage and frequency pairs that allow reliable operation of the processor under worst-case voltage, temperature, and process conditions.... ..."

### Table 3. Adaptive Voltage/Frequency Scaling Landscape.

"... In PAGE 10: ... Given that it repre- sents a fairly unsophisticated class of control functions; fur- ther investigations into supply voltage control will likely yield additional energy savings. 4 Previous Work Table3 lists a number of prior proposals supporting adaptive voltage and frequency scaling. With Design-Time DVS, conservative design techniques are used to specify legal voltage and frequency pairs that allow reliable opera- tion of the processor under worst-case voltage, temperature, and process conditions.... ..."

### Table 3. Adaptive Voltage/Frequency Scaling Landscape.

"... In PAGE 10: ... Given that it represents a fairly unsophisticated class of control functions; further investigations into supply voltage control will likely yield additional energy savings. 4 Previous Work Table3 lists a number of prior proposals supporting adaptive voltage and frequency scaling. With Design-Time DVS, conservative design techniques are used to specify legal voltage and frequency pairs that allow reliable operation of the processor under worst-case voltage, temperature, and process conditions.... ..."

### Table 1 - Scaling exponent of the area of the islands

"... In PAGE 10: ... We discuss the case 2 6 = 0 and q 5: if 2 lt; 0 there are q elliptic and q hyperbolic xed points. If 2 lt; 0 and A gt; 0 then the elliptic xed points are at r = r+; = 2k, the hyperbolic xed points at r = r?; = 2k?1 for k = 1; 2; : : : ; q where 8 gt; lt; gt; : k = k =q ? q q h0(r ) Aq 2 rq=2?1 = 0: (7:3) Letting r0 be de ned by h0(r0) = 0; r0 = ? 2 2 + O( 2); (7:4) we have r = r0 + O( q=2?1): (7:5) Therefore, one has the following scaling law for the distance to the xed points: jzj / pr0 / p : (7:6) In order to compute the island parameters, we expand the Hamiltonian around r0: H(r; ) = h(r0) + h00(r0)(r ? r0)2 2 + Arq=2 0 cos q : (7:7) This pendulum hamiltonian allows to estimate the area of the island, which is four times its width : = 4 = 16 s A h00(r0)rq=4 0 ; (7:8) as well as the secondary frequency around the stable xed points !sec = q q Arq=2 0 h00(r0); (7:9) The scaling laws for these quantites are: / q=4 !sec / q q=4: (7:10) These laws were numerically checked; in Table1 we give the scaling exponent for the area of the islands. The agreement with the perturbative calculation is excellent.... ..."

### Table II. Coefficient for the distribution of the dc-link voltage to the three winding phases A, B, C.

### Table 19. Secondary use of Online Distribution in Canadian Packaged Software Firms

"... In PAGE 7: ...able 18. Distribution of Firms by Number of Approaches Used by Packaged Software Firms ................48 Table19 .... In PAGE 56: ....2.4 Popularity of the Internet in Delivering Packaged Software If the respondents do not use the Internet as the primary distribution channels, they are required to specify whether they use the Internet to distribute their products and what the proportion of gross sales accounted for by online sales is. The detailed information is shown in Table19 and 20, respectively. Table 19.... In PAGE 56: ...66 77 93.91 Note: Frequency Missing = 5 As shown in Table19 , only 20 respondents do not use the Internet. However, due to the sensitive nature of this question or lack of available data, most respondents (73%) decline to answer this question as illustrated in Table 20.... ..."