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SEMI E86-0200 © SEMI 1999 , 2000 3 4 Referenced Stand ards 4.1 SEM I Standar d SEMI E81 — Provisional Specification for CIM Fra mework Domain Architecture 4.2 ISO /IEC Stand ard 1 ISO/IEC 14750 (also ITU-T Recommen datio…

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SEMI E86-0200 © SEMI 1999, 2000 2
Specification for CIM Framework Domain
Architecture.
2.4 This standard does not purport to address safety
issues, if any, associated with its use. It is the
responsibility of the users of this standard to establish
appropriate safety and health practices and determine
the applicability of regulatory limitations prior to use.
3 Limitations
3.1 This specification is designated as provisional due
to known areas that need to be completed. The
following items summarize the deficiencies of the
provisional specification to be addressed before a
subsequent ballot to upgrade it to full standard status.
3.2 Provisional Status
3.2.1 The following items need to be completed before
conducting a subsequent ballot to upgrade the Factory
Labor Component to full standard status.
• Define skill maintenance tasks and what triggers
them.
• Monitor skill maintenance triggers (such as expired
skill certification) and recommend skill
maintenance jobs.
• Maintain relationships between persons and system
security for identity authentication and
authorization.
3.2.2 It is anticipated that a future document defining
the Resource Abstract Interface will satisfy the first two
items.
FACTORY LABOR
identify/assign qualified/
available person to
perform a job
assign person to
shift(s) / area(s) /
machine(s)
request job to be
performed
request personnel to
perform PMs for support
resources
define skills
needed for
a process
capability
Skill
Management
request manual
material movement
compare personnel
medical / training history
with skill requirements
Person
Management
Material
Transport and
Storage
Job
Supervisor
Specification
Equipment
Tracking and
Maintenance
Factory
Dispatching
Figure 1
Factory Labor Component Relationships
SEMI E86-0200 © SEMI 1999, 20003
4 Referenced Standards
4.1 SEMI Standard
SEMI E81 — Provisional Specification for CIM Framework Domain Architecture
4.2 ISO/IEC Standard
1
ISO/IEC 14750 (also ITU-T Recommendation X.920) — Information Technology – Open Distributed Processing –
Interface Definition Language
4.3 OMG Standard
2
UML Notation Guide, Version 1.1, document number ad/97-08-05
NOTE: As listed or revised, all documents cited shall be the latest publications of adopted standards.
5 Terminology
5.1 person — personnel performin g manufacturing operations within a factory.
5.2 person responsibility — the concept of “responsibility” implies that factory personnel are authorized to
perform, operate or access a specific factory object (but it does not imply ownership).
5.3 skill — skill is an attribute of factory personnel denoting that they are qualified to assist a process resource or
job in the performance of a process capability or some other factory operation.
5.4 skill qualification — a skill qualification indicates that factory personnel meet a requirement (or all
requirements) necessary to perform some factory operation.
5.5 skill requirement — a skill requirement is the training or medical examination(s) required to achieve a specific
skill.
6 Requirements
6.1 The following sections provide the specification of interfaces that comprise the Factory Labor Component. The
model notation used is the Unified Modeling Language (UML). UML is documented in the UML Notation Guide.
The details of each interface are supplied using standard IT-ODP-IDL. Conformant implementations of the Factory
Labor Component shall provide support for all elements of the IDL specifications and the semantics provided in the
UML models. Conformant implementations are not constrained to any specific implementation approach, provided
that a mapping is provided to the IDL specification.
6.2 External Interfaces, Global Type Definitions, Global Exceptions and Events
6.2.1 The following interfaces (external to this component), global type definitions, global exceptions, and events
are required to support the Factory Labor component specification.
6.2.2 Abstract and Base Interfaces
6.2.2.1 Base interfaces provide a suite of interfaces that are used throughout the CIM Framework Specification.
The Abstract Interfaces provide a hierarchy of abstract interfaces that are used as “Inherited Interfaces” in the rest of
the framework. These interfaces are expected to be specialized in a specific implementation.
6.2.2.2 This section identifies base and abstract interfaces required by the Factory Labor component specification.
interface NamedEntity {
};
interface OwnedEntity : NamedEntity {
};
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2 Object Management Group, Inc., Framingham Corporate Center, 492 Old Connecticut Path, Framingham, MA 01701, 1.508.820.4300,
http://www.omg.org/cgi-bin/doclist.pl
SEMI E86-0200 © SEMI 1999, 2000 4
interface Resource : OwnedEntity {
};
interface ComponentManager : Resource {
};
interface Job {
};
6.2.3 Other CIM Framework Interfaces
6.2.3.1 This section identifies interfaces within other CIM Framework components that are needed to satisfy
relationships with the Factory Labor component.
interface HistoryCollection { // from Factory Services
};
interface History { // from Factory Services
};
interface MESFactory { // from Factory Management
};
6.2.4 Global Type Definitions
6.2.4.1 The CIM Framework uses IT-ODP-IDL typedefs in two ways:
• To define aliases for compound object types (structs), which can then be used in IDL specifications and
• To define aliases for basic object types, but with additional implied semantics. (e.g., the units typedef defines a
string, whose contents conform to definitions found in SEMI E5).
6.2.4.2 This section identifies the global type definitions required by the Factory Labor component specification.
typedef sequence<string> stringSequence ;
typedef struct HistoryEvent_body {
string subject ;
} HistoryEvent ;
struct ulonglong {
unsigned long low ;
unsigned long high ;
};
typedef ulonglong TimeT ;
typedef TimeT TimeStamp ;
struct IntervalT {
TimeT lower_bound ;
TimeT upper_bound ;
};