i IHE IHE-J HIS RIS PACS CT CT CT
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- わんど すみい
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1 16 Marlporl CT(Computed Tomography: ) 4 CT CT PC CT PC CT CT PC 2 Ruby CT C 1 CT PC
2 i IHE IHE-J HIS RIS PACS CT CT CT Shepp-Logan CT Shepp-Logan Ruby Ruby Ruby
3 ii CT Shepp-Logan CT
4 1 1 (HIS) (RIS) (PACS) CT MRI 3 CT 3 CT 4 CT CT CT 3 CT mm cm 3 CT 1 8byte 1 2Mbyte 500Mbyte PC
5 2 2 CT 2 2 CT Ruby ruby C PC 2 CT 2 CT CT
6 IHE IHE-J IHE Integrating the Healthcare Enterprise HL7 DICOM HIS RIS PACS IHE-J IHE-Japan IHE 2.2 HIS RIS PACS HIS Hospital Information System ( ) RIS Radiology Information System
7 4 PACS Picture Archiving and Communication System CT MRI
8 5 3 2 CT CT CT CT Computed Tomography 1972 G.N.Hounsfield CT 1980 Volume coverage performance CT 1 X X X X CT X 1980 X CT CT z X CT z X
9 6 z Volume coverage speed performance CT X Shepp-Logan CT Shepp-Logan Shepp-Logan CT CT Shepp-Logan Shepp-Logan CT CT
10 7 3.1 shepp-logan
11 x-y A B ρ 0 ρ f (x, y) = ( x2 A + y2 2 B 1) 2 0 ( x2 A + y2 2 B > 1) 2 θ (3.1) P θ (t) = { 2ρAB a 2 (θ) a (θ) t 2 ( t a (θ)) 0 ( t > a (θ)) a 2 (θ) = A 2 cos 2 θ + B 2 sin 2 θ (x 1, y 1 ) α (3.2) P θ (t) = P θ α ( t s cos (γ θ) ) (3.3) s = x y2 1 γ = tan 1 (y 1 /x 1 ) Shepp-Logan 3.1
12 9 3.1 Shepp-Logan x1 y1 A B
13 (high-pass filter HPF Ramachandran-Lakshminarayanan H (ωr) = { ω ( ω ωh ) 0 ( ω > ω H ) (3.4) 1 (n = 0) 4( r) 2 h (n r) = 0 (n:even) (n:odd) 1 n 2 π 2 ( r) 2 (3.5) Shepp-Logan H (ωr) = { 2ωH π sin( πω 2ω H ) ( ω ω H ) 0 ( ω > ω H ) (3.6) 2 h (n r) = π 2 ( r) 2 (1 4n 2 ) (3.7) r
14 R-H 3.3 P-L
15 12 Q (r, θ) Q (r, θ) = ( ) ( p r, θ h r r ) (3.8) CT f (x, y) = Q (x cos θ + y sin θ, θ) (3.9) Q (r, θ) r x cos θ + y sin θ = r Q (r, θ) Q (x cos θ + y sin θ, θ)
16 CPU PC
17 14
18 Shepp-Logan 2 CT Ruby Ruby CT CT Ruby Ruby C++ Ruby Ruby Perl
19 16 C C UNIX MS-DOS Windows Mac OS BeOS Ruby Ruby Ruby Ruby Ruby ( ) Eiffel Algol
20 17 Ruby (Garbage Collect, GC) Mixin Ruby Mix-in / perl OS
21 18 Ruby (UNIX ) Ruby Ruby Ruby Ruby C ftplib C
22 PC 2 request request request end end ftp
23 CT Shepp-Logan 3.2 Shepp-Logan C Shepp-Logan Shepp-Logan Ramachandran- Lakshminarayanan Shepp- Logan Ramachandran-Lakshminarayanan Ramachandran-Lakshminarayanan Shepp-Logan PMG
24 PC 2 request request text float PGM 2 end end
25 22 6 PC PC1 ( ) PC MICRON mirennia OS Windows2000 Professional CPU Pentium 450MHz 64MB RAM 1.0GB / 3.00GB PC2 ( 1) PC Toshiba Dynabookss3410 OS Windows98 CPU Celeron 400MHz 64MB RAM 1.4GB / 5.58GB PC3 ( 2) PC Toshiba Dynabookss3410 OS Windows98 CPU Celeron 400MHz 64MB RAM 0.8GB / 5.58GB TCP/IP 100BASE-TX
26 ftp 6.1 request request request end end 1 request end 6.1 PC1
27 PC1 PC2 PC
28 CT request end PC1 6.3 PC
29
30 PC2 PC PC 1 PC1 PC2 PC
31 PC2 PC (PC2) (PC3)
32 PC PC PC 4 PC 2 text float 4 4 socket
33 30 socket socket full float PC
34 PC 2 CT 2 CT PC Ruby socket socket float 4 3 PC socket
35 32 4 PC 8 16 PC CT Ruby JavaRMI CORBA CORBA Ruby
36 33 8
37 34 [1] :,, 3,(2002) [2] :,, 1 1,(1999) [3] : Java,, 1 1,(2000) [4] Herbert Schildt : C,, 3 6,(2003) [5] : CT,, 1 1,(2000) [6] : X CT ABC,, 1 1,(1998)
64 3 g=9.85 m/s 2 g=9.791 m/s 2 36, km ( ) 1 () 2 () m/s : : a) b) kg/m kg/m k
63 3 Section 3.1 g 3.1 3.1: : 64 3 g=9.85 m/s 2 g=9.791 m/s 2 36, km ( ) 1 () 2 () 3 9.8 m/s 2 3.2 3.2: : a) b) 5 15 4 1 1. 1 3 14. 1 3 kg/m 3 2 3.3 1 3 5.8 1 3 kg/m 3 3 2.65 1 3 kg/m 3 4 6 m 3.1. 65 5
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