@conference {1357, title = {Experience with the SZOTE PACS Starting Operations}, booktitle = {Magyar Radiol{\'o}gusok T{\'a}rsas{\'a}ga XIX. Kongresszusa}, year = {1998}, month = {June 1998}, pages = {68}, publisher = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, organization = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, address = {Budapest}, abstract = {

Introduction: During the last four years a Picture Archiving andCommunication System (PACS) has been developed in the University mainly for educational purposes. The original intention was to use the system as a non-stop routine PACS, so the images of the modalities of the system should be available to the workstations connected to the University network at the different clinics. Material and method: Two CTs, one MR, one ultrasound, three fluoroscopy devices, two SPECTs, two gamma cameras and one X-ray film scanner have been connected to the computer network at SZOTE. One Silicon Graphics Challenge DM central image server collects the images and related data. The picture archiving and communication is DICOM conform. An ORACLE data management system facilitates the data retrieval. Step by step testing of the operation of the system began with the transport, conversion and archiving of images of two CTs, one MR and one SPECT: Results: The daily archiving of about 5000 images on 80-100 patients gradually demonstrated the slight incompatibility of DICOM or Interfile of the image modalities or converter stations and the minor shortcomings of the software. Three educational cabinets have been installed, in which the practical teaching of radiology has been performed since 1996. Discussion/conclusion: Full automatization is necessary for handling such huge amount of images. For this the PACS and RIS/HIS connection was needed which was successed as well.

} } @conference {1092, title = {Experience with the SZOTE PACS Starting Operations}, booktitle = {Magyar Radiol{\'o}gusok T{\'a}rsas{\'a}ga XIX. Kongresszusa}, year = {1998}, month = {June 1998}, pages = {68}, publisher = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, organization = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, address = {Budapest}, abstract = {

Introduction: During the last four years a Picture Archiving andCommunication System (PACS) has been developed in the University mainly for educational purposes. The original intention was to use the system as a non-stop routine PACS, so the images of the modalities of the system should be available to the workstations connected to the University network at the different clinics. Material and method: Two CTs, one MR, one ultrasound, three fluoroscopy devices, two SPECTs, two gamma cameras and one X-ray film scanner have been connected to the computer network at SZOTE. One Silicon Graphics Challenge DM central image server collects the images and related data. The picture archiving and communication is DICOM conform. An ORACLE data management system facilitates the data retrieval. Step by step testing of the operation of the system began with the transport, conversion and archiving of images of two CTs, one MR and one SPECT: Results: The daily archiving of about 5000 images on 80-100 patients gradually demonstrated the slight incompatibility of DICOM or Interfile of the image modalities or converter stations and the minor shortcomings of the software. Three educational cabinets have been installed, in which the practical teaching of radiology has been performed since 1996. Discussion/conclusion: Full automatization is necessary for handling such huge amount of images. For this the PACS and RIS/HIS connection was needed which was successed as well.

} } @conference {1027, title = {Experience with the SZOTE-PACS Starting Operations}, booktitle = {EuroPACS Annual Meeting}, year = {1998}, month = {Oct 1998}, pages = {43 - 44}, address = {Barcelona} } @conference {1311, title = {Experience with the SZOTE-PACS Starting Operations}, booktitle = {EuroPACS Annual Meeting}, year = {1998}, month = {Oct 1998}, pages = {43 - 44}, address = {Barcelona} } @conference {1316, title = {Image Presentation in the SZOTE-PACS}, booktitle = {Magyar Radiol{\'o}gusok T{\'a}rsas{\'a}ga XIX. Kongresszusa}, year = {1998}, month = {June 1998}, pages = {56}, publisher = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, organization = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, address = {Budapest}, abstract = {

The SZOTE Picture Archiving and Communication System (SZOTEPACS) is used for: - teaching graduate and postgraduate students - picture archiving for scientific purposes - archiving and consulting data from radiological and nuclear medicine examinations In order to implement these tasks, archiving is not enough; it is also necessary to display images in various clinics and departments. On the basis of the cost/benefit principle, after an appropriate selection, Silicon Graphics workstations (Indy Modeler R5000PC microprocessor, 32 MB RM, 1 GB disc, 17{\textquotedblright}/8 bit color monitor) and Albacom Activa Standard computers (Intel Pentium 200 Mhz CPU, 32 MB EDO RAM, 2.1 GB disc, 17{\textquotedblright} GoldStar 78i color monitor) were implemented into the system. The problem of a relatively easy and fast search in the PACS image database is solved, if access is granted. The images are transferred to the workstations (viewing stations) in DICOM 3.0 format. The images processing program OSIRIS is suitable for the processing of images in DICOM format. The resolution of the viewing station display is: Silicon Graphics 1280 x 1024 x 8 bit; Albacom 1600 x 1200 x 8 bit. For the matrix specified above, the 256 grey scale is suitable for display of the chosen images in good quality, consultation with clinicians, and the comparison of control examinations with previous ones.

} } @conference {1033, title = {Image Presentation in the SZOTE-PACS}, booktitle = {Magyar Radiol{\'o}gusok T{\'a}rsas{\'a}ga XIX. Kongresszusa}, year = {1998}, month = {June 1998}, pages = {56}, publisher = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, organization = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, address = {Budapest}, abstract = {

The SZOTE Picture Archiving and Communication System (SZOTEPACS) is used for: - teaching graduate and postgraduate students - picture archiving for scientific purposes - archiving and consulting data from radiological and nuclear medicine examinations In order to implement these tasks, archiving is not enough; it is also necessary to display images in various clinics and departments. On the basis of the cost/benefit principle, after an appropriate selection, Silicon Graphics workstations (Indy Modeler R5000PC microprocessor, 32 MB RM, 1 GB disc, 17{\textquotedblright}/8 bit color monitor) and Albacom Activa Standard computers (Intel Pentium 200 Mhz CPU, 32 MB EDO RAM, 2.1 GB disc, 17{\textquotedblright} GoldStar 78i color monitor) were implemented into the system. The problem of a relatively easy and fast search in the PACS image database is solved, if access is granted. The images are transferred to the workstations (viewing stations) in DICOM 3.0 format. The images processing program OSIRIS is suitable for the processing of images in DICOM format. The resolution of the viewing station display is: Silicon Graphics 1280 x 1024 x 8 bit; Albacom 1600 x 1200 x 8 bit. For the matrix specified above, the 256 grey scale is suitable for display of the chosen images in good quality, consultation with clinicians, and the comparison of control examinations with previous ones.

} } @conference {1315, title = {Structure of the SZOTE-PACS}, booktitle = {Magyar Radiol{\'o}gusok T{\'a}rsas{\'a}ga XIX. Kongresszusa}, year = {1998}, month = {June 1998}, pages = {67}, publisher = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, organization = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, address = {Budapest}, abstract = {

Introduction: The progress in computer techniques has resultedin the digital archivation and transport of images of radiology and nuclear medicine without loss of information. The images and image series produced by various image modalities are converted to a uniform image format, which provides their interconnectivity and interoperability. The image transport is very important at hospitals comprising pavilion systems. Material and method: Through the computer network of the SZOTE Picture Archiving and Communication System (SZOTE PACS) serves the radiology education with the aid of computer displays. Result: ATM network devices allow the fast transfer of images. Silicon Graphics and PC viewing stations provide fast image processing and presentation. Use of the DICOM standards in SZOTE PACS permits the development of teleradiology services. Discussion: The hardware structure and the parameters of the system will be presented in detail. The PACS is connected to the Radiology Information System of the Department of Radiology and the Department of Nuclear Medicine. Conclusion: This makes automatic image archiving possible. The system is user-friendly: it can be handled with minimum computer knowledge. A group has been established at the University to perform the PACS management.

} } @conference {1032, title = {Structure of the SZOTE-PACS}, booktitle = {Magyar Radiol{\'o}gusok T{\'a}rsas{\'a}ga XIX. Kongresszusa}, year = {1998}, month = {June 1998}, pages = {67}, publisher = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, organization = {Magyar Radiol{\'o}gus T{\'a}rsas{\'a}g}, address = {Budapest}, abstract = {

Introduction: The progress in computer techniques has resultedin the digital archivation and transport of images of radiology and nuclear medicine without loss of information. The images and image series produced by various image modalities are converted to a uniform image format, which provides their interconnectivity and interoperability. The image transport is very important at hospitals comprising pavilion systems. Material and method: Through the computer network of the SZOTE Picture Archiving and Communication System (SZOTE PACS) serves the radiology education with the aid of computer displays. Result: ATM network devices allow the fast transfer of images. Silicon Graphics and PC viewing stations provide fast image processing and presentation. Use of the DICOM standards in SZOTE PACS permits the development of teleradiology services. Discussion: The hardware structure and the parameters of the system will be presented in detail. The PACS is connected to the Radiology Information System of the Department of Radiology and the Department of Nuclear Medicine. Conclusion: This makes automatic image archiving possible. The system is user-friendly: it can be handled with minimum computer knowledge. A group has been established at the University to perform the PACS management.

} } @conference {1329, title = {Orvosi inform{\'a}ci{\'o}s rendszerek a Szent-Gy{\"o}rgyi Albert Orvostudom{\'a}nyi Egyetemen: RIS, HIS {\'e}s PACS. Inform{\'a}ci{\'o}csere a rendszerek k{\"o}z{\"o}tt.}, volume = {A sz{\'a}m{\'\i}t{\'a}stechnika orvosi {\'e}s biol{\'o}giai alkalmaz{\'a}sai: A XX. Neumann Kollokvium Kiadv{\'a}nya}, year = {1996}, month = {1996.11.14}, pages = {184 - 186}, publisher = {NJSZT}, organization = {NJSZT}, address = {Budapest}, abstract = {

Radiol{\'o}gi{\'a}val kapcsolatos sz{\"o}veges {\'e}s k{\'e}pi inform{\'a}ci{\'o}katEgyetem{\"u}nk{\"o}n t{\"o}bb auton{\'o}m inform{\'a}ci{\'o}s rendszer kezel. Ilyen az eg{\'e}szs{\'e}g{\"u}gyi szolg{\'a}ltat{\'a}sokkal {\"o}sszef{\"u}gg{\H o} adminisztrat{\'\i}v {\'e}s klinikai inform{\'a}ci{\'o}k szervez{\'e}s{\'e}re szolg{\'a}l{\'o} k{\'o}rh{\'a}zi inform{\'a}ci{\'o}s rendszer (HIS), a radiol{\'o}giai szolg{\'a}ltat{\'a}sokat kezel{\H o} inform{\'a}ci{\'o}s rendszer (RIS) {\'e}s a digit{\'a}lis k{\'e}ptov{\'a}bb{\'\i}t{\'o}, k{\'e}pt{\'a}rol{\'o} {\'e}s visszakeres{\H o} rendszer (PACS). A rendszerek k{\"o}z{\"o}tti inform{\'a}ci{\'o}csere sarkalatos probl{\'e}ma. A RIS- b{\H o}l inform{\'a}ci{\'o}t kell {\'a}tvenni a PCS-ba. A HIS rendel{\'e}seinek sz{\'a}m{\'\i}t{\'o}g{\'e}pes kezel{\'e}se sz{\"u}ks{\'e}gess{\'e} teszi a RIS-hez t{\"o}rt{\'e}n{\H o} kapcsolat kialak{\'\i}t{\'a}s{\'a}t. A RIS {\'e}s a PACS k{\"o}z{\"o}tt egy ut. SQL gateway biztos{\'\i}tja az inform{\'a}ci{\'o}cser{\'e}t. A gateway program figyeli a UNIX alap{\'u} k{\'e}pszerverr{\H o}l sz{\"o}vegf{\'a}jlban j{\"o}v{\H o} szabv{\'a}nyos SQL k{\'e}r{\'e}seket, tov{\'a}bb{\'\i}tja a RIS Novell szervere fel{\'e} {\'e}s a lek{\'e}rdez{\'e}s eredm{\'e}ny{\'e}t visszak{\"u}ldi. A RIS {\'e}s HIS k{\"o}z{\"o}tti gateway program az AS400 {\'e}s RIS szerver k{\"o}z{\"o}tt tartja a kapcsolatot, az inform{\'a}ci{\'o}csere DBF f{\'a}jlok seg{\'\i}ts{\'e}g{\'e}vel folyik. V{\'e}gleges megold{\'a}st csak a szabv{\'a}nyos{\'\i}t{\'a}s hozhat. Az {\'a}ltalunk fejlesztett PACS m{\'a}r DICOM konform, dolgozunk a RIS DICOM konformm{\'a} t{\'e}tel{\'e}n. Mivel a DICOm tartalmazza a k{\'e}palkot{\'o} berendez{\'e}sek, a PACS {\'e}s a HIS/RIS kapcsolatot le{\'\i}r{\'o} szabv{\'a}nyt, alkalmaz{\'a}sa lehet{\H o}v{\'e} teszi a rendszerek k{\"o}z{\"o}tti k{\"o}zvetlen inform{\'a}ci{\'o}cser{\'e}t.

} } @conference {1042, title = {Orvosi inform{\'a}ci{\'o}s rendszerek a Szent-Gy{\"o}rgyi Albert Orvostudom{\'a}nyi Egyetemen: RIS, HIS {\'e}s PACS. Inform{\'a}ci{\'o}csere a rendszerek k{\"o}z{\"o}tt.}, booktitle = {A sz{\'a}m{\'\i}t{\'a}stechnika orvosi {\'e}s biol{\'o}giai alkalmaz{\'a}sai: A XX. Neumann Kollokvium Kiadv{\'a}nya}, year = {1996}, month = {Nov 1996}, pages = {184 - 186}, publisher = {NJSZT}, organization = {NJSZT}, address = {Budapest}, abstract = {

Radiol{\'o}gi{\'a}val kapcsolatos sz{\"o}veges {\'e}s k{\'e}pi inform{\'a}ci{\'o}katEgyetem{\"u}nk{\"o}n t{\"o}bb auton{\'o}m inform{\'a}ci{\'o}s rendszer kezel. Ilyen az eg{\'e}szs{\'e}g{\"u}gyi szolg{\'a}ltat{\'a}sokkal {\"o}sszef{\"u}gg{\H o} adminisztrat{\'\i}v {\'e}s klinikai inform{\'a}ci{\'o}k szervez{\'e}s{\'e}re szolg{\'a}l{\'o} k{\'o}rh{\'a}zi inform{\'a}ci{\'o}s rendszer (HIS), a radiol{\'o}giai szolg{\'a}ltat{\'a}sokat kezel{\H o} inform{\'a}ci{\'o}s rendszer (RIS) {\'e}s a digit{\'a}lis k{\'e}ptov{\'a}bb{\'\i}t{\'o}, k{\'e}pt{\'a}rol{\'o} {\'e}s visszakeres{\H o} rendszer (PACS). A rendszerek k{\"o}z{\"o}tti inform{\'a}ci{\'o}csere sarkalatos probl{\'e}ma. A RIS- b{\H o}l inform{\'a}ci{\'o}t kell {\'a}tvenni a PCS-ba. A HIS rendel{\'e}seinek sz{\'a}m{\'\i}t{\'o}g{\'e}pes kezel{\'e}se sz{\"u}ks{\'e}gess{\'e} teszi a RIS-hez t{\"o}rt{\'e}n{\H o} kapcsolat kialak{\'\i}t{\'a}s{\'a}t. A RIS {\'e}s a PACS k{\"o}z{\"o}tt egy ut. SQL gateway biztos{\'\i}tja az inform{\'a}ci{\'o}cser{\'e}t. A gateway program figyeli a UNIX alap{\'u} k{\'e}pszerverr{\H o}l sz{\"o}vegf{\'a}jlban j{\"o}v{\H o} szabv{\'a}nyos SQL k{\'e}r{\'e}seket, tov{\'a}bb{\'\i}tja a RIS Novell szervere fel{\'e} {\'e}s a lek{\'e}rdez{\'e}s eredm{\'e}ny{\'e}t visszak{\"u}ldi. A RIS {\'e}s HIS k{\"o}z{\"o}tti gateway program az AS400 {\'e}s RIS szerver k{\"o}z{\"o}tt tartja a kapcsolatot, az inform{\'a}ci{\'o}csere DBF f{\'a}jlok seg{\'\i}ts{\'e}g{\'e}vel folyik. V{\'e}gleges megold{\'a}st csak a szabv{\'a}nyos{\'\i}t{\'a}s hozhat. Az {\'a}ltalunk fejlesztett PACS m{\'a}r DICOM konform, dolgozunk a RIS DICOM konformm{\'a} t{\'e}tel{\'e}n. Mivel a DICOm tartalmazza a k{\'e}palkot{\'o} berendez{\'e}sek, a PACS {\'e}s a HIS/RIS kapcsolatot le{\'\i}r{\'o} szabv{\'a}nyt, alkalmaz{\'a}sa lehet{\H o}v{\'e} teszi a rendszerek k{\"o}z{\"o}tti k{\"o}zvetlen inform{\'a}ci{\'o}cser{\'e}t.

} }