You cannot select more than 25 topics
Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
8 lines
4.0 KiB
XML
8 lines
4.0 KiB
XML
<?xml version="1.0" encoding="UTF-8"?>
|
|
<class-scheme publication-date="2023-02-01" scheme-type="cpc" publication-type="official">
|
|
<classification-item breakdown-code="false" not-allocatable="true" level="5" additional-only="false" sort-key="G06J" definition-exists="true" date-revised="2018-08-01" status="published"><classification-symbol>G06J</classification-symbol><class-title date-revised="2013-01-01"><title-part><text>HYBRID COMPUTING ARRANGEMENTS </text><reference><text>optical hybrid computing devices <class-ref scheme="cpc">G06E3/00</class-ref>; </text><CPC-specific-text><text>fuzzy computing <class-ref scheme="cpc">G06N7/02</class-ref></text></CPC-specific-text><text>; neural networks for image data processing <class-ref scheme="cpc">G06T</class-ref>; analog/digital conversion, in general <class-ref scheme="cpc">H03M1/00</class-ref></text></reference></title-part></class-title><notes-and-warnings date-revised="2013-01-01"><note type="note"><note-paragraph>In this subclass, the following expression is used with the meaning indicated: <subnote type="bullet"><note-paragraph>"hybrid computing arrangement" is an arrangement in which part of the computation is digital and part is analogue.</note-paragraph></subnote></note-paragraph></note><note type="warning"><note-paragraph>In this subclass non-limiting references (in the sense of paragraph 39 of the Guide to the IPC) may still be displayed in the scheme.</note-paragraph></note></notes-and-warnings>
|
|
<classification-item breakdown-code="false" not-allocatable="true" level="6" additional-only="false" sort-key="G06J1/00" date-revised="2013-01-01" status="published"><classification-symbol>G06J1/00</classification-symbol>
|
|
<classification-item breakdown-code="false" not-allocatable="false" level="7" additional-only="false" sort-key="G06J1/00" definition-exists="true" ipc-concordant="G06J1/00" c-set-base-allowed="false" c-set-subsequent-allowed="true" date-revised="2013-01-01" status="published"><classification-symbol>G06J1/00</classification-symbol><class-title date-revised="2013-01-01"><title-part><text>Hybrid computing arrangements </text><reference><text>digitally-programmed analogue computers <class-ref scheme="cpc">G06G7/06</class-ref></text></reference></title-part></class-title>
|
|
<classification-item breakdown-code="false" not-allocatable="false" level="8" additional-only="false" sort-key="G06J1/005" definition-exists="false" ipc-concordant="G06J1/00" c-set-base-allowed="false" c-set-subsequent-allowed="true" date-revised="2013-01-01" status="published"><classification-symbol>G06J1/005</classification-symbol><class-title date-revised="2013-01-01"><title-part><CPC-specific-text><text>for correlation; for convolution; for Z or Fourier Transform</text></CPC-specific-text></title-part></class-title></classification-item>
|
|
<classification-item breakdown-code="false" not-allocatable="false" level="8" additional-only="false" sort-key="G06J1/02" definition-exists="false" ipc-concordant="G06J1/02" c-set-base-allowed="false" c-set-subsequent-allowed="true" date-revised="2013-01-01" status="published"><classification-symbol>G06J1/02</classification-symbol><class-title date-revised="2013-01-01"><title-part><text>Differential analysers </text><CPC-specific-text><reference><text>digital differential analysers and other computing arrangements using incremental quantity representation <class-ref scheme="cpc">G06F7/64</class-ref></text></reference></CPC-specific-text></title-part></class-title></classification-item></classification-item>
|
|
<classification-item breakdown-code="false" not-allocatable="false" level="7" additional-only="false" sort-key="G06J3/00" definition-exists="true" ipc-concordant="G06J3/00" c-set-base-allowed="false" c-set-subsequent-allowed="true" date-revised="2013-01-01" status="published"><classification-symbol>G06J3/00</classification-symbol><class-title date-revised="2013-01-01"><title-part><text>Systems for conjoint operation of complete digital and complete analogue computers</text></title-part></class-title></classification-item></classification-item></classification-item></class-scheme> |