độc tấu guitar new flamenco part 1

Ngày tải lên: 16/08/2013, 08:29

Ngày tải lên: 13/08/2014, 04:22

Ngày tải lên: 13/08/2014, 04:22

Ngày tải lên: 13/08/2014, 04:22

Ngày tải lên: 13/08/2014, 04:22

Ngày tải lên: 13/08/2014, 04:22

Ngày tải lên: 13/08/2014, 04:22

Ngày tải lên: 13/08/2014, 04:22

Ngày tải lên: 13/08/2014, 04:22

Ngày tải lên: 13/08/2014, 04:22

Ngày tải lên: 18/07/2014, 18:00

Ngày tải lên: 16/08/2013, 08:30

... Management, 23, 4, 12 -23 Cooper M.C., Lambert D.M & Pagh J.D (19 97), Supply Chain Management: More Than a New Name for Logistics, International Journal of Logistics Management, 8, 1, 1 14 Croom, S., ... Purchasing Must Become Supply Management, Harvard Business Review, 61, 5, 10 9 -11 7 Krapfel R.E., Salmond D & Spekman R (19 91) , A Strategic Approach to Managing BuyerSeller Relationships, European ... Systems, 99, 1, 11 17 Mentzer, J.T., W DeWitt, J.S Keebler, S Min, N.W Nix, C.D Smith & Z.G Zacharia (20 01) , Defining Supply Chain Management, Journal of Business Logistics, 22, 2, 1- 25 Oliver...

Ngày tải lên: 19/06/2014, 19:20

... the below Manufacturer A O1 O2 O3 2nd Rescheduling Manufacturer C O1 O2 O3 10 1th Scheduling Manufacturer B O1 O2 O3 12 15 12 13 13 18 21 14 16 16 23 * O : Order Table Definition of ... Order combination Member (Manufacturer) {1} {2} {3} {1, 2} {1, 3} {2,3} {1, 2,3} A 80 60 50 15 0 16 0 15 0 220 B 30 90 20 13 0 60 14 0 200 C 80 40 40 14 0 13 0 10 0 210 Table Order allocation problem for supply ... Operational Research, Vol 18 7, No 3, pp 719 -745 Peng Si OW, (19 89) Morton, the Single machine early/tardy problem, Management Science, Vol 35, No 2, pp 17 7 -19 1 Pinedo, M (20 01) Scheduling: Theory,...

Ngày tải lên: 19/06/2014, 19:20

... simulation (14 9) TIP=SI+ILI Units: €/week (15 0) TPD([(0,0)-(600,2000)],(0,0), (10 ,30),(20 ,10 0),(30,800),(40,900),(50 ,10 00), (12 9 ,10 00), (13 0 ,10 00), (18 0 ,10 00), (18 1 ,10 00),(200 ,10 00),( 210 ,900),(220,800),(230 ,10 0),(240,30),(250,0),(300,0) ... Perspectives (11 2) RER= SMOOTH(RPR, "a-RR") Units: units/week (11 3) RI= INTEG (RS-RIL-S,0) Units: units (11 4) RIAT= Units: week (11 5) RICOST=RCER^0.6 Units: units/week (11 6) RICT= Units: week (11 7) RIDE=ED*RICT ... Units: €/week (14 3) SMPO= INTEG (DIL+MIL+RIL+UIL,0) Units: units (14 4) SP =11 00 Units: €/units (14 5) STWCOST=S*CTCOST Units: €/week (14 6) Tc1= Units: week (14 7) Tc2= Units: week (14 8) TIME STEP...

Ngày tải lên: 19/06/2014, 19:20

... intelligence (16 .4.2 011 ) Available from http://en.wikipedia.org/wiki/Artificial_intelligence 614 Supply Chain Management - New Perspectives Wikipedia (2 011 b) Cloud computing (16 .4.2 011 ) Available ... Engineering for Data Warehouse System ACM Symposium on Applied Computing, pp 1- 2, Nicosia, Cyprus, 14 17 .3.2004, ISBN :1- 5 811 3- 812 -1 Part A Quantitative Approach 29 Supply Chain System Engineering: Framework ... Transportation, Vol 19 , No 2, pp 11 5 -11 9 ISSN 0353-5320 Vatovec Krmac, E (2009) Business Intelligence in Transportation Logistics Transport 2009, Meh., Transp., Komun., pp 1- 6(II), No 3, ISSN 13 12-3823,...

Ngày tải lên: 19/06/2014, 19:20

... Disruption Yr -1 Yr-2 10 % 0 0 Yr-3 Yr-4 Yr-5 Yr-6 Yr-7 Yr-8 10 10 14 14 17 0% 2% 1% 3% 0% 0% 0 0 0 0 16 5% 6% 1% 4% 0% -1% 0 0 0 0 1 0 0 0 Table 10 years Zero Interruption since Started Participatory ... the 1 √n factor in Eq (p .11 .1) It implies that a supply array is not easy to maintain the capability 7.3.2 Control and operation transfer Eq (p .10 )-(p .11 .1) and (p.2 .1) would not hold long if ... Fig 11 Supply Chain Delivery Process for Participatory Production The lower portion of fig 11 is the ownership transformation process among the parties and role changing schema among the Participatory...

Ngày tải lên: 19/06/2014, 19:20

... − q1z1 (A1B1 )2 = q12 − 2q1d1 ⋅ z1 + d12 (10 ) where d1 = B + Rot (v,θ )(BC1 ) + C1B1 − P1 Finally, the two solutions are given by: q1 = d1 ⋅ z1 ± (d1 ⋅ z1 )2 + M 12 − d12 (11 ) Similar derivations ... cos θ , i y = sin θ , Pi = hE1i , Qi = dE2i , E 11 = E12 = 1 , E13 = E14 = , E 21 = E24 = 1 , E 22 = E 23 = A3 y A2 x M2 M3 B3 B2 C2 C1 2d A4 B4 B1 M4 2h M1 A1 θ Fig .11 Design parameters of H4 ... equation (16 ), the following equation is obtained: ′ ρ − 2( 1 − 1 )ρ + 12 − 2 1 1 + 4λ0 λ2 = ~ ~ ~ ~ ~ (27) ~ where, 1 = 2e1e2 + 2e3e4 + A1e1 + B1e3 + C1 , λ2 = e2 + e4 + A1e2 + B1e4 + D1 ′...

Ngày tải lên: 21/06/2014, 19:20

... 200 10 1 D 11 1 B 12 1 C 13 1 D 14 1 D 15 1 C 16 1 C 17 1 A 18 1 C 19 1 C 10 2 A 11 2 B 12 2 D 13 2 B 14 2 B 15 2 D 16 2 B 17 2 C 18 2 C 19 2 C 10 3 B 11 3 A 12 3 B 13 3 A 14 3 C 15 3 C 16 3 A 17 3 B 18 3 A 19 3 D 10 4 C 11 4 ... C 12 4 B 13 4 A 14 4 A 15 4 A 16 4 D 17 4 B 18 4 D 19 4 A 10 5 C 11 5 D 12 5 B 13 5 D 14 5 A 15 5 B 16 5 D 17 5 B 18 5 B 19 5 C 10 6 B 11 6 A 12 6 B 13 6 D 14 6 C 15 6 B 16 6 C 17 6 D 18 6 A 19 6 D 10 7 C 11 7 B 12 7 A 13 7 ... B 14 7 C 15 7 D 16 7 A 17 7 D 18 7 B 19 7 B 10 8 D 11 8 B 12 8 C 13 8 A 14 8 A 15 8 C 16 8 A 17 8 C 18 8 B 19 8 C 10 9 B 11 9 C 12 9 A 13 9 C 14 9 C 15 9 B 16 9 D 17 9 A 18 9 D 19 9 A 11 0 D 12 0 D 13 0 C 14 0 D 15 0 B 16 0...

Ngày tải lên: 30/07/2014, 18:21

... 18 10 1 B 11 1 C 12 1 C 13 1 D 14 1 B 15 1 D 16 1 A 17 1 A 18 1 A 19 1 A 10 2 A 11 2 A 12 2 B 13 2 C 14 2 D 15 2 A 16 2 D 17 2 C 18 2 D 19 2 B 10 3 D 11 3 A 12 3 B 13 3 D 14 3 A 15 3 B 16 3 D 17 3 B 18 3 D 19 3 A 10 4 B 11 4 ... D 12 4 A 13 4 A 14 4 D 15 4 C 16 4 A 17 4 A 18 4 C 19 4 C 10 5 D 11 5 D 12 5 D 13 5 A 14 5 A 15 5 C 16 5 D 17 5 C 18 5 C 19 5 C 10 6 C 11 6 D 12 6 B 13 6 C 14 6 D 15 6 B 16 6 A 17 6 C 18 6 B 19 6 B 10 7 C 11 7 B 12 7 B 13 7 ... D 14 7 A 15 7 D 16 7 A 17 7 A 18 7 A 19 7 B 10 8 B 11 8 A 12 8 C 13 8 B 14 8 D 15 8 D 16 8 D 17 8 A 18 8 B 19 8 A 10 9 C 11 9 D 12 9 B 13 9 A 14 9 C 15 9 C 16 9 B 17 9 A 18 9 D 19 9 D 11 0 B 12 0 B 13 0 C 14 0 D 15 0 C 16 0...

Ngày tải lên: 30/07/2014, 18:21