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General Architecture for Text Engineering (GATE) is a Java suite of natural language processing (NLP) tools for man tasks, including information extraction in many languages. [1] It is now used worldwide by a wide community of scientists, companies, teachers and students. It was originally developed at the University of Sheffield beginning in 1995.
In computational linguistics, JAPE is the Java Annotation Patterns Engine, a component of the open-source General Architecture for Text Engineering (GATE) platform. JAPE is a finite state transducer that operates over annotations based on regular expressions.
DLL Hell – a form of dependency hell occurring on 16-bit Microsoft Windows. Extension conflict – a form of dependency hell occurring on the classic Mac OS. JAR hell – a form of dependency hell occurring in the Java Runtime Environment before build tools like Apache Maven solved this problem in 2004. [citation needed]
A logic gate is a tiny transistor that can return one of two signals: on or off. [145] Having one transistor forms the NOT gate. Connecting two transistors in series forms the NAND gate. Connecting two transistors in parallel forms the NOR gate. Connecting a NOT gate to a NAND gate forms the AND gate. Connecting a NOT gate to a NOR gate forms ...
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This solves the semi-predicate problem, allowing output and errors to be distinguished, and is analogous to a function returning a pair of values – see Semipredicate problem § Multivalued return. The usual destination is the text terminal which started the program to provide the best chance of being seen even if standard output is redirected ...
Implementations of the fork–join model will typically fork tasks, fibers or lightweight threads, not operating-system-level "heavyweight" threads or processes, and use a thread pool to execute these tasks: the fork primitive allows the programmer to specify potential parallelism, which the implementation then maps onto actual parallel execution. [1]
The bridge pattern is often confused with the adapter pattern, and is often implemented using the object adapter pattern; e.g., in the Java code below. Variant: The implementation can be decoupled even more by deferring the presence of the implementation to the point where the abstraction is utilized.