(C) 1. () () y(θ) = sin(θ): sin, log () y = e x : e() A = B T : T () () t =1.0[s]: () 2. (SI) [] () () 10[s] (10(sec) ) () (SI) (D) () ( )
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1 1 1.1 (A) 1. () (computer integrated manufacturing) 2. () CIM(Computer Integrated Manufacturing) 3. (-er ) (3 ) () (B) 1. () () 2. () () () () () 3. () () ( ) ( ) 4. () () () 1
2 (C) 1. () () y(θ) = sin(θ): sin, log () y = e x : e() A = B T : T () () t =1.0[s]: () 2. (SI) [] () () 10[s] (10(sec) ) () (SI) (D) () ( ) 2. () () ()() 3. () 1 1 (E) () (F) () 1. (1). () (1) (2), (3) (4) (6) eq. (1), eqs. (2), (3), eqs. (4) (6) () eq. (: condition, system, form) eq. 2. [1][2] () [1] [2][3] [4 6] Ref. [1], Refs. [1 3] 3. () 1 2, Fig. 1, Figs. 2, 3, Figs
3 4. () 1 2, Table 1, Tables2, 3, Tables (: 1., 2.2) (G) (H) 1. () 2. Lyapunov ( )() 3. () (A) 1. ( ) () x =1 y =2 z =3 (1) () } 2. () y = 2(x +1) = 2x + 2 (2) 3
4 z = a + b + c + d + e +f (3) (B) 1. () () () A = B B = C + D A = B B = C + D 2., ( ) () X i = a i, i =1, 2,,n (4) X i = a i (i =1, 2,,n) (5) 3. () A = B + C, B>0, C < 15 (6) 4., () () X = a + b, a =1, b =2 (7) () X = a + b, a =1 b =2 (8) (C) / / 4
5 (D) 1. ( ) () The output y isgiven by y = cx, (9) where c = a + b. (10) 2. () y y = cx (11) c = a + b (12) 1.3 (A) () 1) : ; Vol. 1, No. 1 (1993) (B) (editor) () 1) (): (1993) 2) : ( ()) (1993) 3) Author(s): Article Title, Book Title (Editor(s) (ed(s).)), Publisher (1993) (C) : (to be submitted to) : (submitted to) : (to appear in) : (in press) () 1) () 2) () 3) Vol. 1, No. 1 (1994), () 4) () 5
6 (D) pp () : ; Vol. 1, No. 1, pp. 1 10, (1994) 4. () :, 3rd edition, M.I.T. Press (1994) 5. () () 8. IEEE Transaction Journal IEEE (IEEE ) () ; IEEE Trans. Automat. Contr., Vol. AC-34, No. 1, pp (1992) 9. ( ()): (1994) 1.4 (A) () Appendix 1., Appendix 2., (B) (A1), (A2), 1.5 () () 19XX XX XX 19XX XX 19XX XX 19XX XX 19XX XX 19XX IEEE 6
7 1.6 () () Tom Cruse Taro Yamada Tom Cruse Dan Wang Tom Cruse Tom Cruse 7
8 2 (A) [rad] y Reference ζ=0.8 ζ=1 ζ=0.2 ζ=0.4 ζ= () t [s] () Fig. 1 Response of second order system (ω n = 10) () (B) - (C) 1. () 1 2 Fig. 1 State-predictive control system Table 2 Parametersof the model 2. 8
![6 () t [s] () Fig.](/docs-images/50/20169511/images/page_8.jpg "1 Response of second order system (ω n = 10) () (B) - (C) 1.")
9 + K1 G(s) θ Kθ K2 α n Fig. 2 Block diagram of the feedback system (a) (b) () () (D) 9
10 10
11 11
12 12
13 (A) () () () () () () () () () () () () ( ) () () () () () () () () () () () () (B) () () () () (C) () () () () () () () () () (D) 1. () 2. () 13
14 H Hurwitz K Kharitonov M Mikhailov S Schur 14
15 (SI) 1. (JIS z 8203) m kg s A K mol cd () (JIS z 8203) SI E P T 10 9 G 10 6 M 10 3 k 10 2 h 10 da 10 1 d 10 2 c 10 3 m 10 6 µ 10 9 n p f a 2. (JIS z 8203) rad sr 3. (JIS z 8203) 15
16 m 2 m 3 m/s m/s 2 m 1 kg/m 3 A/m 2 A/m () mol/m 3 m 3 /kg cd/m 2 rad/s rad/s 2 4. (JIS z 8203) Hz 1Hz = 1s 1 N 1N = 1kg m/s 2 Pa 1Pa = 1N/m 2 J 1J = 1N m () W 1W = 1J/s C 1C = 1A s V 1V = 1W/A F 1F = 1C/V Ω 1Ω = 1V/A S 1S = 1A/V Wb 1Wb = 1V s T 1T = 1Wb/m 2 H 1H = 1Wb/A lm 1lm = 1cd sr lx 1lx = 1lm/m 2 Bq 1Bq = 1s 1 Gy 1Gy = 1J/kg 5. SI (JIS z 8203) 16
17 min 1min = 60s h 1h = 60min d 1d = 24h o 1 o =(π/180)rad 1 = (1/60) o 1 = (1/60) l 1l = 1dm 3 t 1t = 10 3 kg 17
18 1 () 1 (1) (2) (1) (2) 18
19 IEEE IEEE Transaction Acoust., Speech, Signal Proc. (Acoustics, Speech, and Signal Processing) Aerospace and Electronic Systems () AntennasPropagat. (Antennasand Propagation) Automat. Contr. (Automatic Control) Biomed. Eng. (Biomedical Engineering) Broadcasting () Circuits Syst. (Circuits and Systems) Commun. (Communications) Components, Hybrids, Manuf. Technol. (Components, Hybrids, and Manufacturing Technology) Comput. (Computers) Computer-Aided Design (Computer-Aided Design of Integrated Circuits and Systems) Consumer Electronics () Educ. (Education) Electr. Insul. (Electrical Insulation) Electromagn. Compat. (Electromagnetic Compatibility) Electron Devices() Energy Conversion () Eng. Manag. (Engineering Management) Geosci. Remote Sensing (Geoscience and Remote Sensing) Ind. Electron. (Industrial Electronics) Ind. Appl. (Industry Applications) Inform. Theory (Information Theory) Instrum. Meas. (Instrumentation and Measurement) Magn. (Magnetics) Med. Imaging (Medical Imaging) Microwave Theory Tech. (Microwave Theory and Techniques) Nucl. Sci. (Nuclear Science) Pattern Anal. Machine Intell. (Pattern Analysis and Machine Intelligence) Plasma Sci. (Plasma Science) Power App. Syst. (Power Apparatus and Systems) Power Delivery () Power Electron. (Power Electronics) Power Syst. (Power Systems) Professional Commun. (Professional Communication) Reliability () Signal Proc. (Signal Processing) 19
20 Software Eng. (Software Engineering) Syst., Man, Cybern. (Systems, Man and Cybernetics) Ultrason. Ferroelectrics, Freq. Contr. (Ultrasonics, Ferroelectrics and Frequency Control) Veh. Technol. (Vehicular Technology) IEEE Journal Lightwave Technol. (Lightwave Technology) Ocean. Eng. (Oceanic Engineering) Quantum Electron. (Quantum Electronics) RoboticsAutomat. (Roboticsand Automation) Selected AreasCommun. (Selected Areasin Communications) Solid-State Circuits() SAE (Society of Automotive Engineers) * : ; SAE, paper No. () * Transaction : ; SAE Trans., Journ. of Passenger Cars, Vol., pp. () 20
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Graduate School of Engineering Nagasaki Institute of Applied Science Graduate School of Engineering Nagasaki Institute of Applied Science Institute for Innovative Science and Technology Doctoral Program
EQUIVALENT TRANSFORMATION TECHNIQUE FOR ISLANDING DETECTION METHODS OF SYNCHRONOUS GENERATOR -REACTIVE POWER PERTURBATION METHODS USING AVR OR SVC- Ju
EQUIVALENT TRANSFORMATION TECHNIQUE FOR ISLANDING DETECTION METHODS OF SYNCHRONOUS GENERATOR -REACTIVE POWER PERTURBATION METHODS USING AVR OR SVC- Jun Motohashi, Member, Takashi Ichinose, Member (Tokyo
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Department of Mechanical Engineering Department of Electrical and Electronic Systems Department of System Information Engineering Department of Biotechnology and Environmental Engineering Department of
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1 1 1, Extraction of Transmitted Light using Parallel High-frequency Illumination Kenichiro Tanaka 1 Yasuhiro Mukaigawa 1 Yasushi Yagi 1 Abstract: We propose a new sharpening method of transmitted scene
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43 Evaluation for Thermal Fatigue Life of Solder Joints in Electronic Components Haruhiko Yamada, Kazuyoshi Ogawa 2 63Sn- 37Pb 95Pb-5Sn Si Cu Si 63Sn-37Pb Since automotive electronic components are used
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Application of image correlation technique to determination of in-plane deformation distribution of paper Toshiharu Enomae Graduate School of Agricultural and Life Sciences The University of Tokyo 1 Peters
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Fig. 3 Flow diagram of image processing. Black rectangle in the photo indicates the processing area (128 x 32 pixels).
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