AUTOMATED WORKSTATION FOR ASSESSING QUALITY OF TREATING EYE DISEASES Russian patent published in 2011 - IPC G06N3/00 A61F9/00 

Abstract RU 2434286 C1

FIELD: information technology.

SUBSTANCE: automated workstation for assessing quality of treating eye diseases has formatting devices in form of closed neural chains consisting of interconnected identification unit, interpolation unit, extrapolation unit, a unit for estimating the next values of identified parameters, a unit for analysing and assessing treatment, a decision unit, wherein inside each neural chain, each unit is connected to other units of that chain in series and in parallel, and each unit of one neural chain is connected to each of the units of other neural chains via forward and reverse data flow; wherein all opposite forward and reverse data streams form a single multigraph with not less than eighteen peaks joined by not less than one hundred and fifty three directed edges.

EFFECT: higher accuracy of determining and quality of identifying diagnoses, determining indications for performing operations, high selectivity when performing operations, accuracy in determining the sequence of operations, simulating operations, accuracy in selecting the anaesthetic manual, accuracy of providing applicators and other consumable materials, optimisation of information flow and needs during annual mass production of high-tech ophthalmic microsurgical operations.

1 dwg

Similar patents RU2434286C1

Title Year Author Number
OPHTHALMIC MICROSURGEON AUTOMATED WORKSTATION FOR ENUCLEATION AND EVISCERATION 2010
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2435197C1
OPHTHALMIC MICROSURGEON AUTOMATED WORKSTATION FOR KERATOPLASTY 2010
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2435219C1
AUTOMATED WORKSTATION FOR OPHTHALMIC MICROSURGEON FOR CONSERVATIVE TREATMENT 2010
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2434264C1
AUTOMATED WORKSTATION FOR VITREORETINAL OPHTHALMIC MICROSURGEON 2009
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2430403C1
OPHTHALMIC MICROSURGEON AUTOMATED WORKSTATION FOR LASER OPERATIONS 2010
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2435199C1
OPHTHALMIC MICROSURGEON AUTOMATED WORKSTATION FOR ONCOLOGICAL OPERATIONS 2010
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2435198C1
AUTOMATED OPHTHALMIC MICROSURGEON WORKSTATION FOR PEDIATRIC SURGERY 2011
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2460116C1
AUTOMATED WORKSTATION FOR OPHTHALMIC MICROSURGEON FOR ANTI-GLAUCOMATOSE TREATMENT 2009
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2430404C1
AUTOMATED WORKPLACE OF OPHTHALMOLOGIC MICROSURGEON 2009
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2419133C1
LOCAL COMPUTER-AIDED OPHTHALMIC MICROSURGICAL NETWORK FOR KERATOPLASTY OPERATIONS 2011
  • Takhchidi Khristo Periklovich
  • Bessarabov Anatolij Nikitich
  • Karavaev Aleksandr Aleksandrovich
RU2459235C1

RU 2 434 286 C1

Authors

Takhchidi Khristo Periklovich

Bessarabov Anatolij Nikitich

Karavaev Aleksandr Aleksandrovich

Dates

2011-11-20Published

2010-03-12Filed