... (35) 2 (μν) C (ψ)Q(ψ, t) , μ ∂ψ ν ∂ψ Journal ofMathematical Neuroscience (20 11) 1 :2 Page 11 of 28 where = 22 (36) (θ ) dθ, and C (μν) (ψ) = σ g ψ (μ) − ψ (ν) + (37) h(0)δμ,ν with 2 g(ψ) ... discussion of the validity of mean-field approximations in a stochastic network model with synaptic depression Page 22 of 28 Bressloff, Lai adapted to prove convergence of solutions of the hybrid ... gain control Science 27 5, 22 0 22 4 (1997) 54 Tsodyks, M.S., Pawelzik, K., Markram, H.: Neural networks with dynamic synapses Neural Comput 10, 821 –835 (1998) Page 28 of 28 Bressloff, Lai 55 Zeisler,...
... said Holmes laying his hand upon the arm of the pea-jacket "Yes, I have been dragging the Serpentine." "In heaven's name, what for?" "In search of the body of Lady St Simon." Sherlock Holmes leaned ... wedding-dress of watered silk, a pair of white satin shoes and a bride's wreath and veil, all discolored and soaked in water "There," said he, putting a new weddingring upon the top of the pile ... the fragment of a hotel bill, which interests me deeply." "There's nothing in it I looked at it before," said Lestrade "'Oct 4th, rooms 8s., breakfast 2s 6d., cocktail 1s., lunch 2s 6d., glass...
... )2 for j = 2, , n − (see, e.g., Mikhlin’s book [20 1, Ch. 12, 2] ) By means of (2. 2.3), it can be easily shown that U is a solutionof (2. 2.1) if and only if the function r2−n U (x/r2 ) is a solution ... solutionof (2. 2.1) The transformation U (x) → r2−n U (x/r2 ) is called Kelvin transformation Inserting (2. 2 .2) into (2. 2.1), we get (2. 2.6) −δu − λ(λ + n − 2) u = in Ω, u = on ∂Ω 2.2 THE DIRICHLET ... eigenvalues 9.3 Notes 25 3 25 4 26 3 26 5 27 2 27 5 28 3 28 6 29 1 Chapter 29 3 29 3 29 9 305 Chapter 10 The Dirichlet problem for strongly elliptic systems in particular cones 307 10.1 Basic properties of the operator...
... (r, r )2 t ¯ ¯ d r τij (r, r )2 Uj (¯ , s) ds r r t−τij (r,¯ ) ¯ ¯ d r τij (r, r )2 +2 ≤ t Uj (¯ , s )2 ds r (17) t−τm t ¯ dr 2+2 ≤ τm t−τm 2+2 Uj (¯ , s )2 ds = τm r t ¯ d r Uj (¯ , s )2 ds r ... about, unlike [9, 15, 20 24 ] We first recall the following proposition whose proof appears in [25 ] Journal ofMathematical Neuroscience (20 11) 1:1 Page of 28 Proposition 2. 1 If the following assumptions ... ERC grant 22 7747 - NERVI and the EC IP project #015879 - FACETS Journal ofMathematical Neuroscience (20 11) 1:1 Page 27 of 28 References Wilson, H., Cowan, J.: A mathematical theory of the functional...
... combination of a particular solution (any chosen solutionof the equation) and the general solutionof the associated homogeneous differential equation A particular solution log Yp of the above ... roughly linear with slope 2: 20 log10 |cm | ∼ const − 2m, = |cm | ∼ const.e−0 .23 m = Page 28 of 54 Reimann Fig Spectrograms of three sounds on a new violin Spectrograms of the three sounds a, e ... instantaneous frequency In [23 ], p 20 25, Shera denotes it by βin (τ ) and pictures its Journal ofMathematical Neuroscience (20 11) 1:5 Page 35 of 54 Fig Frequency glides The ratio of momentaneous frequency...
... enthalpy of mixing at infinite dilution of the solvent A integral enthalpy ofsolutionof solvent A partial molar enthalpy ofsolutionof the solvent A first integral enthalpy ofsolutionof solvent ... molar enthalpy ofsolutionof the solvent A partial molar enthalpy of mixing of the solvent A ( = differential enthalpy of dilution) amount of substance of solvent A again with a unit of J/mol It ... of a basic unit of the copolymer B amount of substance of solvent A amount of substance of copolymer B segment number of the solvent A, usually rA = segment number of the copolymer B volume of...
... FOR YEARS 20 04 -20 08 .43 2. 2.1 Situation of developing power grid 43 2.2 .2 The situation of developing clients 47 2. 2.3 Situation growth of commercial electricity 48 2. 2.4 Situation of the average ... price 50 2. 2.5 Current Situation of labor productivity 51 2. 2.6 Results of the manufacturing and business in years from 20 04 to 20 08 52 2 .2. 7 General Comments 55 2. 3 CURRENT STATUS OF MANPOWER ... COMPANY 55 2. 3.1 Model of Organization 55 2. 3 .2 Analysis of staff employees of the Power Company No .2: 58 2. 3.3 Analysis of leadership and management staff of Power Company No .2 62 2.3.4 Recruited...
... Table 2. 18 Balance sheet of PC2 in 20 06 -20 07 -20 08 76 Table 2. 19 Report of PC2’s business results in xi 20 06- 20 07- 20 08 76 Table 2. 20: Financial analysis of PC2 in 20 06 -20 07 -20 08 77 Table 2. 21: ... Introduction of Power Company No 2. 2.1 History of formation and development 38 38 2. 2.1.1 History of formation 38 2. 2.1 .2 History of development 39 2.2 .2 Functions and responsibilities 39 2.2 .2. 1 Functions ... EFE Matrix of PC2 82 Table 2. 22: IFE Matrix of PC2 84 Table 3.1 Sales electricity of PC2 in the period 1998 -20 09 89 Table 3 .2 Forecasting sales electricity of PC2 in the period 20 10 -20 20 Table...
... Development Strategyof PECC2 Figure 2- 3: Chart of revenue in year 20 09 Figure 2- 4: Revenue from 20 06 to 20 09 Page 33 The Development Strategyof PECC2 2. 4 The objective of PECC2 to year 20 20 2. 4.1 ... 25 iii The Development Strategyof PECC2 2. 2.3 Criteria for evaluation of a consulting company 27 2. 3 Organization and business practices of PECC2 28 2. 3.1 Characteristics of the ... company 22 2.2 The characteristics of power engineering consulting industry 23 2. 2.1 The characteristics of products and services of power engineering consulting 23 2.2 .2 Market characteristics...
... 32 Mục tiêu cụ thể: . 32 Tốc độ tăng trưởng 32 Giai đoạn 20 06 -20 10 . 32 Giai đoạn 20 11 -20 20 . 32 - Tăng trưởng sản xuất hàng năm 32 15 – 17% ... có) 22 Kết xuất công ty sang thị trường Nhật Bản năm qua 22 2. 1 Kim ngạch xuất công ty sang thị trường Nhật Bản 22 2.2 Cơ cấu mặt hàng xuất sang thị trường Nhật Bản 23 Biện ... 32 11 – 12% 32 - Tăng trưởng xuất hàng năm 32 14 – 16% 32 11 – 12% 32 Chiến lược phát triển ngành dệt may đến năm 20 20: . 32 + Lấy xuất...