Language Processing in a sentence
Synonym: comprehension. Antonym: misunderstanding
Meaning: the ability of a computer or person to understand and manipulate language
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(1) I am studying natural language processing.
(2) NLP stands for Natural Language Processing.
(3) Thon is used in natural language processing.
(4) The gyrus is essential for language processing.
(5) Python is used for natural language processing.
(6) Gray matter is essential for language processing.
(7) The cerebrum is essential for language processing.
(8) The cerebri is responsible for language processing.
(9) The cortices are responsible for language processing.
(10) The neencephalon is essential for language processing.
Language Processing sentence
(11) The left brain is responsible for language processing.
(12) The frontal cortex is involved in language processing.
(13) The cerebral cortex is involved in language processing.
(14) Pym has a module for natural language processing tasks.
(15) Kho is not recognized by my language processing system.
(16) The field of language processing is constantly evolving.
(17) Broca's area plays a crucial role in language processing.
(18) Sle offers support for natural language processing tasks.
(19) Duffed is not recognized by my language processing system.
(20) I am studying language processing in my linguistics class.
Language Processing make sentence
(21) The gyri in the brain are involved in language processing.
(22) The supratemporal lobe is involved in language processing.
(23) The Broca area plays a crucial role in language processing.
(24) Lemmatised is a common term in natural language processing.
(25) The sylvian fissure is associated with language processing.
(26) Context-free rules are used in natural language processing.
(27) Chunking is a technique used in natural language processing.
(28) The tokenized data was used for natural language processing.
(29) The postfrontal lobe is responsible for language processing.
(30) Stemming is a technique used in natural language processing.
Sentence of language processing
(31) The computer run on a natural language processing algorithm.
(32) Connectionism has been applied to language processing tasks.
(33) Markov models are widely used in natural language processing.
(34) Pattern recognition is used in speech and language processing.
(35) Trigrams are widely used in natural language processing tasks.
(36) The company is hiring natural language processing specialists.
(37) Rule-based algorithms are used in natural language processing.
(38) I have been using Keras for natural language processing tasks.
(39) SVR is a popular choice for natural language processing tasks.
(40) The tokens in the array are used for language processing tasks.
Language Processing meaningful sentence
(41) Language processing techniques are used in machine translation.
(42) Natural language processing is a subset of language processing.
(43) Tokenizing is an essential step in natural language processing.
(44) The lexemes array is used in natural language processing tasks.
(45) The artificial language is used in natural language processing.
(46) The claustrum is thought to be involved in language processing.
(47) An intelligent system can assist in natural language processing.
(48) The book delves into the history of natural language processing.
(49) The word dak is not recognized by my language processing system.
(50) GPT has revolutionized the field of natural language processing.
Language Processing sentence examples
(51) Morphological analysis is a key component of language processing.
(52) The encephalic hemisphere is responsible for language processing.
(53) Computational linguistics is used in natural language processing.
(54) The rostral part of the brain is involved in language processing.
(55) The cerebra is involved in language processing and comprehension.
(56) The bigram model is commonly used in natural language processing.
(57) The metric space of words is used in natural language processing.
(58) The mental lexicon is a crucial component of language processing.
(59) Researchers use corpora to study language processing in the brain.
(60) The GPT model is widely used in natural language processing tasks.
Sentence with language processing
(61) The app uses natural language processing to analyze user feedback.
(62) The course covers the fundamentals of natural language processing.
(63) Language processing is a key component of artificial intelligence.
(64) The array ufv could be used in a natural language processing task.
(65) The child's mutism was a result of a language processing disorder.
(66) The left hemispheric region is responsible for language processing.
(67) Wordnet is widely used in natural language processing applications.
(68) Semantic knowledge plays a significant role in language processing.
(69) The subtest evaluates language processing and comprehension skills.
(70) Decompounding is a useful technique in natural language processing.
Use language processing in a sentence
(71) The 'dic' array is an essential tool for language processing tasks.
(72) Entailments play a significant role in natural language processing.
(73) The use of classifiers is essential in natural language processing.
(74) The WordNet database is widely used in natural language processing.
(75) Language processing algorithms can help identify sentiment in text.
(76) The algo I used for natural language processing is a neural network.
(77) He is conducting research on natural language processing techniques.
(78) The study of language processing involves analyzing linguistic data.
(79) LSI is a mathematical technique used in natural language processing.
(80) LAMMA contributes to the advancement of natural language processing.
Sentence using language processing
(81) Many advancements have been made in the field of language processing.
(82) The temporal cortexes are involved in language processing and memory.
(83) Preprocessing is a crucial step in natural language processing tasks.
(84) The study of morphosyntactic structures helps in language processing.
(85) The parser is an integral part of natural language processing systems.
(86) The workshop will cover various topics in natural language processing.
(87) Surra is not a word that I have come across in my language processing.
(88) Phonologists investigate the role of phonology in language processing.
(89) Semantical analysis is a key component of natural language processing.
(90) Lateralisation can be observed in tasks involving language processing.
Language Processing example sentence
(91) Chunking is a key component in many natural language processing tasks.
(92) Feature selection is a common practice in natural language processing.
(93) Language processing models can be trained to generate human-like text.
(94) Neurolinguistics investigates how language processing changes with age.
(95) The temporoparietal cortex plays a crucial role in language processing.
(96) The company offers natural language processing services for businesses.
(97) The course includes practical exercises in natural language processing.
(98) Language processing is used in chatbots to provide automated responses.
(99) Hyponyms can be used to improve natural language processing algorithms.
(100) The neocortex is responsible for language processing and comprehension.
Sentence with word language processing
(101) Stemming is a common preprocessing step in natural language processing.
(102) The algorithm normalizes the text data for natural language processing.
(103) The psycholinguist's research focused on bilingual language processing.
(104) We aim to automate with the utilization of natural language processing.
(105) Word embeddings are a popular technique in natural language processing.
(106) The first step in natural language processing is to vectorize the text.
(107) The left hemisphere of the brain is responsible for language processing.
(108) The limbus is a region of the brain associated with language processing.
(109) The term fremd is not recognized by my language processing capabilities.
(110) The nonwords array is useful for testing language processing algorithms.
Sentence of language processing
(111) NCE is an important concept in the study of natural language processing.
(112) The trigram is a linguistic concept used in natural language processing.
(113) Sentential analysis is an important tool in natural language processing.
(114) The neopallium is responsible for language processing and comprehension.
(115) The application area of this approach is in natural language processing.
(116) The capabilities of GPT have revolutionized natural language processing.
(117) Morphological analysis is used in natural language processing algorithms.
(118) Syntactic analysis is an important aspect of natural language processing.
(119) The application area of this algorithm is in natural language processing.
(120) The term genual is not recognized by my language processing capabilities.
Language Processing used in a sentence
(121) Knowledge representation plays a key role in natural language processing.
(122) Language processing models aim to replicate human language comprehension.
(123) The study of language processing involves analyzing syntax and semantics.
(124) Feedforward networks are often used in natural language processing tasks.
(125) The word invalided is not recognized by any language processing software.
(126) Broca's area is part of a larger network involved in language processing.
(127) Applying a stemmer improved the accuracy of my language processing model.
(128) Deep learning has revolutionized the field of natural language processing.
(129) Different types of aphasias affect various aspects of language processing.
(130) Lexical semantics plays a significant role in natural language processing.
Language Processing sentence in English
(131) The prosencephalon is essential for language processing and comprehension.
(132) The neuropsychological report highlighted deficits in language processing.
(133) Bedimmings is not recognized by any language processing tools or software.
(134) The pluralize function is widely used in language processing applications.
(135) The untyped text caused difficulties in natural language processing tasks.
(136) The stemmer algorithm is widely used in natural language processing tasks.
(137) Language processing is a crucial aspect of natural language understanding.
(138) Understanding language processing is essential for effective communication.
(139) Language processing plays a crucial role in natural language understanding.
(140) Researchers are exploring new techniques for improving language processing.
(141) The concept of a nonword is important in understanding language processing.
(142) Psycholinguistics investigates the role of emotions in language processing.
(143) Psycholinguistics investigates the effects of aging on language processing.
(144) Dyslexia is a neurodevelopmental disorder that affects language processing.
(145) Studies have shown that lateralization plays a role in language processing.
(146) The encephalic region is involved in language processing and comprehension.
(147) Vector representations are widely used in natural language processing tasks.
(148) The conference attracts experts in the field of natural language processing.
(149) The computation of language processing enables voice recognition technology.
(150) The vosk library is widely used in the field of natural language processing.
(151) Psycholinguistics investigates the role of attention in language processing.
(152) Coreference resolution is a challenging task in natural language processing.
(153) The lemmas array is being used to train a natural language processing model.
(154) Psycholinguists study the effects of aging on language processing abilities.
(155) Word blindness can be accompanied by other language processing difficulties.
(156) The stemmer algorithm is commonly used in natural language processing tasks.
(157) N-grams, including trigrams, are widely used in natural language processing.
(158) The first step in natural language processing is to tokenize the given text.
(159) Discriminators are used in natural language processing to classify text data.
(160) Syntactic analysis is a key component of many language processing algorithms.
(161) Normalizers are used in natural language processing to standardize text data.
(162) Document retrieval is a key component in natural language processing systems.
(163) Bigrams are an essential component of many natural language processing tasks.
(164) The feed forward mechanism is a key component in natural language processing.
(165) The word unanalyzable is often used in discussions about language processing.
(166) The first step in natural language processing is to preprocess the text data.
(167) Wernicke's area is part of a larger language processing network in the brain.
(168) Language processing models are trained on large datasets to improve accuracy.
(169) Language processing techniques are employed in text summarization algorithms.
(170) Pattern recognition is used in natural language processing to understand text.
(171) Psycholinguists investigate the role of working memory in language processing.
(172) The lexemes array is an essential component of the language processing system.
(173) Human language technology plays a crucial role in natural language processing.
(174) Psycholinguistics examines the effects of bilingualism on language processing.
(175) Baaskaps is a unique word that can be used to test language processing models.
(176) The commissures allow for the integration of language processing in the brain.
(177) Sequential processing is a key feature of natural language processing systems.
(178) Stemming can be applied to different languages to improve language processing.
(179) The segmenter is an essential component of natural language processing systems.
(180) Supervised learning is widely used in natural language processing applications.
(181) Language processing can be challenging due to the complexity of human language.
(182) Wernicke's area is part of the larger language processing network in the brain.
(183) Natural language processing algorithms often rely on disambiguation techniques.
(184) The concept of lexicalized grammar is important in natural language processing.
(185) The intelligent robot interacted with humans using natural language processing.
(186) The singularize function is commonly used in natural language processing tasks.
(187) Symbolics' Lisp machines were used in the field of natural language processing.
(188) Lexicons can be used to create language models for natural language processing.
(189) Researchers used fmri to map the brain regions involved in language processing.
(190) Multinomials are used in natural language processing to model word frequencies.
(191) The development of bots has led to advancements in natural language processing.
(192) The context-free grammar provided a foundation for natural language processing.
(193) Magnetoencephalography has been used to study language processing in the brain.
(194) Array processing is used in speech recognition and natural language processing.
(195) Language processing is essential for developing intelligent virtual assistants.
(196) Language processing is used in sentiment analysis to determine the tone of text.
(197) Language processing is used in text summarization to condense lengthy documents.
(198) Lexicology plays a crucial role in language acquisition and language processing.
(199) The undefined word oroide is not recognized by any language processing software.
(200) I am learning about bigrams and their importance in natural language processing.
(201) The 'dic' array is an integral part of many natural language processing systems.
(202) Ranees is a unique word that can be used to test language processing algorithms.
(203) Advanced language processing techniques are used in machine translation systems.
(204) The sliding window method is commonly used in natural language processing tasks.
(205) Chunking is an essential component of many natural language processing pipelines.
(206) The team is investigating the neuromechanism of language processing in the brain.
(207) The study of semantic knowledge has implications for natural language processing.
(208) Convolutional networks have been successful in natural language processing tasks.
(209) Applying a stemmer can improve the accuracy of natural language processing tasks.
(210) The article explores the challenges of natural language processing in healthcare.
(211) The study examines the role of natural language processing in sentiment analysis.
(212) Morphosyntax is an important component of natural language processing algorithms.
(213) The pattern matching algorithm plays a vital role in natural language processing.
(214) Psycholinguists investigate the neural mechanisms underlying language processing.
(215) The concept of trigraphs is relevant in the field of natural language processing.
(216) College students studying language processing should be familiar with allophones.
(217) Stemming is a common preprocessing step in natural language processing pipelines.
(218) Language processing is used in email filtering systems to identify spam messages.
(219) The undefined language character caused errors in the language processing system.
(220) We hope to be the developer of a revolutionary natural language processing system.
(221) Prosody is an important consideration in the field of natural language processing.
(222) The coding scheme implemented in this chatbot enables natural language processing.
(223) Lexicalized word embeddings are used in various natural language processing tasks.
(224) I was impressed by the natural language processing capabilities of the chatterbot.
(225) Pattern-matching is an essential component of natural language processing systems.
(226) Researchers in neurolinguistics study the effects of aging on language processing.
(227) Language processing is used in speech synthesis to convert text into spoken words.
(228) The annotators' annotations were used to train a natural language processing model.
(229) I'm having trouble finding a reliable segmenter for my language processing project.
(230) Trigrams are an important component of many natural language processing algorithms.
(231) The conference will discuss the latest advancements in natural language processing.
(232) The field of language processing has made significant advancements in recent years.
(233) The EEG analysis identified specific brain regions involved in language processing.
(234) The term wedeling is not recognized by any language processing tools or algorithms.
(235) An intelligent robot can communicate with humans using natural language processing.
(236) Language processing algorithms can be used to detect plagiarism in written content.
(237) Understanding the semantic tree is essential for natural language processing tasks.
(238) The mental lexicon is essential for effective communication and language processing.
(239) The accuracy of language processing systems depends on the quality of training data.
(240) Baalebatim is a unique word that can be used to test language processing algorithms.
(241) Arbute is not a term that I have encountered in my language processing capabilities.
(242) The left brain is dominant in most individuals when it comes to language processing.
(243) ML is used in natural language processing to understand and generate human language.
(244) The natural language processing task was parallelized to process large text corpora.
(245) The field of language processing involves analyzing and interpreting human language.
(246) Many chatbots rely on language processing to understand and respond to user queries.
(247) The presence of lexical ambiguity can make automated language processing challenging.
(248) The computer scientist's research led to advancements in natural language processing.
(249) Language processing algorithms can be used to detect patterns in large text datasets.
(250) The lexicalized representation of words allows for more accurate language processing.
(251) Ontologies are used in natural language processing to improve semantic understanding.
(252) The virtual assistant operates via voice recognition and natural language processing.
(253) The cognitive process of language processing allows us to understand and communicate.
(254) Asarabaccas is a unique word that can be used to test language processing algorithms.
(255) The psycholinguist's findings challenged traditional theories of language processing.
(256) The feed forward into approach is commonly used in natural language processing tasks.
(257) If allophones are not recognized, it can lead to difficulties in language processing.
(258) Language processing plays a vital role in machine learning-based text classification.
(259) By utilizing the segmenter, we can improve the accuracy of language processing tasks.
(260) The discovery of Broca's area revolutionized our understanding of language processing.
(261) Language processing is used in information retrieval systems to extract relevant data.
(262) Agomi is an example of a word that can be used to test language processing algorithms.
(263) The pluralize function is an essential part of any natural language processing system.
(264) The Wernicke-Lichtheim model proposes a connectionist approach to language processing.
(265) Researchers in neurolinguistics use experimental methods to study language processing.
(266) Nondeterminacy in natural language processing can result in ambiguous interpretations.
(267) In natural language processing, words are often converted into vector representations.
(268) Connectionism has been used to develop models of language processing and comprehension.
(269) Language processing is used in plagiarism detection systems to identify copied content.
(270) Language processing is used in spell checkers to identify and correct misspelled words.
(271) The field of natural language processing has made significant progress in recent years.
(272) Colocates can be used to enhance the effectiveness of language processing applications.
(273) Synchronic research contributes to our understanding of language processing mechanisms.
(274) The segmentation problem can be challenging to overcome in natural language processing.
(275) The semantic tree is a fundamental concept in the field of natural language processing.
(276) The backprojections highlighted the areas of the brain involved in language processing.
(277) Evoked potentials can be used to study the effects of language processing on the brain.
(278) ReLU is a popular choice for activation functions in natural language processing tasks.
(279) Studies have shown that language processing tends to lateralize to the left hemisphere.
(280) The study of generative grammar has led to advancements in natural language processing.
(281) The absence of a defined language character confused the language processing algorithm.
(282) Understanding the semantic relation between concepts is crucial in language processing.
(283) The intelligent machine's natural language processing abilities make it a powerful tool.
(284) Syntactic analysis is an integral part of many natural language processing applications.
(285) The mental lexicon is influenced by individual language processing speed and efficiency.
(286) The psycholinguist published a groundbreaking paper on language processing in the brain.
(287) Colocates can be used to improve the performance of natural language processing systems.
(288) The professor's lecture on anomia shed light on the complexities of language processing.
(289) The nonwords array is a valuable resource for studying language processing in the brain.
(290) The undefined smartnesses of the chatbot made it capable of natural language processing.
(291) The MST algorithm is used in natural language processing to analyze sentence structures.
(292) The field of neurolinguistics investigates the neural basis of sign language processing.
(293) The utf encoding is widely used in text processing and natural language processing tasks.
(294) Researchers in neurolinguistics investigate the neural correlates of language processing.
(295) The software converts the text into an intermediate form for natural language processing.
(296) Natural language processing algorithms can be trained to recognize patterns in text data.
(297) Disambiguation is a common task in natural language processing and information retrieval.
(298) Massively parallel computing is revolutionizing the field of natural language processing.
(299) The semantic relation between words can be utilized in natural language processing tasks.
(300) The trigram model is a fundamental component of many natural language processing systems.
(301) Entailment plays a significant role in natural language processing and semantic analysis.
(302) Nondeterministic finite automata are used in pattern recognition and language processing.
(303) The linguist conducted research on hypernyms, which are important in language processing.
(304) Convolutional networks have been successful in various natural language processing tasks.
(305) The stemmer algorithm is a valuable tool for linguistic research and language processing.
(306) Language processing is used in automated essay grading systems to assess writing quality.
(307) Broca's area is part of a larger network of brain regions involved in language processing.
(308) The development of language processing systems requires extensive computational resources.
(309) Natural language processing is used in spam filters to identify and block unwanted emails.
(310) Natural language processing can be used to analyze social media data and extract insights.
(311) The nondeterminacy of natural language processing poses challenges in machine translation.
(312) The lateralized nature of language processing is well-documented in scientific literature.
(313) The syntactician's research contributed to the development of natural language processing.
(314) Researchers in neurolinguistics use brain imaging techniques to study language processing.
(315) The Wernicke-Geschwind model explains the neural pathways involved in language processing.
(316) Understanding the syntax and semantics of a sentence is a key task in language processing.
(317) Magnetoencephalography is particularly useful in studying language processing in the brain.
(318) Understanding language processing is crucial for developing intelligent virtual assistants.
(319) Lexicons are used in natural language understanding systems to improve language processing.
(320) The connectionist approach to language processing focuses on the interaction between words.
(321) The callosal pathway allows for the transfer of information related to language processing.
(322) Shape analysis can be used to analyze and classify patterns in natural language processing.
(323) The search algorithm employs natural language processing to understand user queries better.
(324) Supervised learning is widely used in natural language processing to build language models.
(325) The segmenter's versatility makes it suitable for various language processing applications.
(326) Text summarization techniques have evolved with advancements in natural language processing.
(327) Convolutional networks have been used for sentiment analysis in natural language processing.
(328) Language processing is used in speech recognition systems to convert spoken words into text.
(329) Natural language processing can help automate tasks like email filtering and categorization.
(330) Natural language processing can be used to generate summaries of long documents or articles.
(331) The researcher's findings highlighted the significance of colligates in language processing.
(332) Semantic networks are often used in artificial intelligence and natural language processing.
(333) Fuzzy inference is employed in natural language processing to handle linguistic uncertainty.
(334) The neuromechanism of language processing involves the activation of specific brain regions.
(335) In natural language processing, the feature vector represents the semantic meaning of words.
(336) Natural language processing is a field of study that focuses on understanding human language.
(337) Cytoarchitectonic studies have helped identify brain regions involved in language processing.
(338) Speech synthesis technology has made significant advancements in natural language processing.
(339) A deep understanding of lexical semantics is essential for natural language processing tasks.
(340) The complex type of this natural language processing algorithm enables accurate understanding.
(341) Neurolinguistics studies have revealed the role of the left hemisphere in language processing.
(342) The corpus callosum is involved in the transfer of information related to language processing.
(343) The multinomial distribution is used in natural language processing to model word frequencies.
(344) Accuracy evaluation is essential in natural language processing tasks like sentiment analysis.
(345) Conditional statements are used in natural language processing to analyze and understand text.
(346) The callosal commissure allows for the transfer of information related to language processing.
(347) Sentiment analysis is a popular application of language processing in social media monitoring.
(348) The segmenter's integration with other language processing tools enhances overall performance.
(349) Language processing is used in sentiment analysis to determine the overall sentiment of a text.
(350) Psycholinguistic studies have identified various factors that affect language processing speed.
(351) Tensors are used in natural language processing for text classification and sentiment analysis.
(352) Semantic networks are commonly used in artificial intelligence and natural language processing.
(353) Language processing is used in spell-checking systems to identify and correct misspelled words.
(354) Understanding language processing is essential for developing effective language learning tools.
(355) Hinton's research has paved the way for significant advancements in natural language processing.
(356) Psycholinguistic research has contributed to our understanding of bilingual language processing.
(357) Language processing algorithms can be used to extract key information from large text documents.
(358) Language processing is a challenging task due to the ambiguity and complexity of human language.
(359) Language processing is used in voice assistants like Siri and Alexa to understand user commands.
(360) Language processing is an interdisciplinary field that combines linguistics and computer science.
(361) The success of natural language processing relies on the ability to handle ambiguity and context.
(362) Researchers are exploring the use of neuroevolutionary techniques in natural language processing.
(363) The study aimed to identify specific regions of the brainpan associated with language processing.
(364) Knowledge representation is used in natural language processing to understand and interpret text.
(365) Language processing technologies have greatly improved the accuracy of voice recognition systems.
(366) Language processing is a rapidly evolving field with numerous applications in various industries.
(367) Electrocorticography allows for precise mapping of brain regions involved in language processing.
(368) Neuroanatomic studies have shown that certain brain areas are responsible for language processing.
(369) SLT can help individuals with language processing difficulties improve their comprehension skills.
(370) Natural language understanding is a subfield of language processing that focuses on comprehension.
(371) Language processing models can be fine-tuned for specific domains, such as medical or legal texts.
(372) Natural language processing can be used to identify and classify different types of text documents.
(373) The accuracy of natural language processing systems can be improved by incorporating user feedback.
(374) The lowercased version of a word is commonly used in text analysis and natural language processing.
(375) Natural language processing relies on parsers to understand the grammatical structure of sentences.
(376) LSI is a versatile technique that has applications in various areas of natural language processing.
(377) Psycholinguistic research has shown that language processing can be influenced by cultural factors.
(378) The field application of cognitive computing has improved natural language processing capabilities.
(379) The multiclass classification problem is commonly encountered in natural language processing tasks.
(380) The Wernicke-Geschwind model suggests that language processing involves a network of brain regions.
(381) Damage to certain brain regions can disrupt the neuromechanism responsible for language processing.
(382) Language processing techniques are used in information retrieval systems to improve search results.
(383) Magnetoencephalography has been used to study the neural mechanisms underlying language processing.
(384) Understanding the semantic tree aids in the development of intelligent language processing systems.
(385) Neurolinguistics combines principles from neuroscience and linguistics to study language processing.
(386) The undefined smartnesses of the natural language processing system enabled efficient communication.
(387) The neuroimaging data provided a comprehensive map of brain regions involved in language processing.
(388) The study of exocentricity has practical applications in fields such as natural language processing.
(389) Psycholinguistic research has shown that language processing can be influenced by emotional factors.
(390) Automata theory has practical applications in areas such as robotics and natural language processing.
(391) The applications of natural language processing range from sentiment analysis to machine translation.
(392) The discovery of Wernicke's area has greatly contributed to our understanding of language processing.
(393) Neurophysiological studies have shown that certain brain regions are involved in language processing.
(394) Array processing techniques are employed in speech synthesis and natural language processing systems.
(395) The subsampling technique is widely used in natural language processing to handle large text corpora.
(396) The field of language processing is constantly seeking ways to improve natural language understanding.
(397) Many companies are investing heavily in natural language processing to improve their customer service.
(398) Natural language processing can be used to analyze large amounts of text data quickly and efficiently.
(399) Natural language processing can be used to extract meaningful information from unstructured text data.
(400) Neuroanatomical studies have identified specific regions of the brain involved in language processing.
(401) The field of neurolinguistics investigates the differences in language processing between individuals.
(402) I conducted a study on hypernyms, which provided evidence for their importance in language processing.
(403) Supercomputers are employed in the field of computational linguistics for natural language processing.
(404) The LCT research group focuses on developing cutting-edge technologies for natural language processing.
(405) Researchers are constantly working on improving the accuracy of natural language processing algorithms.
(406) The limitations of natural language processing include difficulties in understanding sarcasm and humor.
(407) Automatic speech recognition is an active area of research in the field of natural language processing.
(408) The brain regions involved in language processing are dissociable from those involved in motor control.
(409) The left cerebral hemisphere is typically dominant for language processing in right-handed individuals.
(410) Researchers in neurolinguistics investigate the neural mechanisms involved in sign language processing.
(411) The field of humanlike natural language processing is a popular research area for linguistics students.
(412) Language processing is used in sentiment analysis to determine the overall opinion expressed in a text.
(413) The advancements in natural language processing have revolutionized the way we interact with technology.
(414) The lexicalized approach to language processing has led to significant advancements in machine learning.
(415) The lexicalized approach to language processing has revolutionized the field of artificial intelligence.
(416) The word aird may be used in psychology or cognitive science to study language processing or perception.
(417) Semantic networks can be used to detect and resolve semantic ambiguities in natural language processing.
(418) The segmenter's versatility allows for seamless integration into existing language processing pipelines.
(419) The development of natural language processing has led to advancements in machine translation technology.
(420) The application area of natural language processing includes speech recognition and language translation.
(421) Morphological analysis is an important tool in computational linguistics and natural language processing.
(422) Electrocorticography provides valuable insights into the neural mechanisms underlying language processing.
(423) Natural language processing is used in virtual assistants like Siri and Alexa to understand user commands.
(424) The accuracy of natural language processing systems depends on the quality and diversity of training data.
(425) The development of natural language processing has opened up new possibilities in automated text analysis.
(426) The lexicalized approach to language modeling has revolutionized the field of natural language processing.
(427) The interaction between brain regions involved in language processing determines our linguistic abilities.
(428) Object recognition is an important aspect of natural language processing for understanding visual content.
(429) The development of semantic processing models has revolutionized the field of natural language processing.
(430) Understanding the semantic tree is crucial for machine learning algorithms in natural language processing.
(431) The information retrieval system employs natural language processing techniques to improve search accuracy.
(432) Oversampling is commonly used in natural language processing to handle imbalanced sentiment analysis tasks.
(433) The goal of natural language processing is to enable computers to understand and respond to human language.
(434) Natural language processing is a complex and challenging field that requires expertise in multiple domains.
(435) The pattern matching algorithm is an essential tool in natural language processing for text classification.
(436) Understanding lexical semantics is crucial for disambiguating word meanings in natural language processing.
(437) Language processing techniques are employed in chat applications to provide real-time language translation.
(438) Neurolinguistics research has shown that language processing involves both bottom-up and top-down processes.
(439) The development of artificial brains could lead to advancements in the field of natural language processing.
(440) Dysaphia is not related to intelligence or cognitive abilities; it is solely a language processing disorder.
(441) The field of natural language processing aims to analyze the semantic meaning of written and spoken language.
(442) Wernicke's area is crucial for the integration of auditory and visual information during language processing.
(443) GCT is an abbreviation for Generalized Contextual Theory, a linguistic framework used in language processing.
(444) Neurolinguistics research has shown that language processing involves both automatic and controlled processes.
(445) Perceptrons have been used in various applications such as speech recognition and natural language processing.
(446) Morphological analysis can help us understand the role of morphology in language processing and comprehension.
(447) The study of generative grammar has led to advancements in natural language processing and machine translation.
(448) Natural language processing can be used to automate the process of extracting information from medical records.
(449) The applications of natural language processing extend beyond text to include speech recognition and synthesis.
(450) Forward chaining is widely used in natural language processing to understand and generate human-like responses.
(451) The field of neurolinguistics explores the impact of cultural and environmental factors on language processing.
(452) Connectionism has the potential to improve the accuracy of natural language processing if properly implemented.
(453) The principles of automata theory are applied in the development of algorithms for natural language processing.
(454) Knowledge representation is used in natural language processing to understand and generate human-like responses.
(455) The study of universal grammar has helped uncover the underlying principles of language processing in the brain.
(456) The dialectician's expertise in computational linguistics allowed them to develop language processing algorithms.
(457) Natural language processing is a rapidly evolving field with new techniques and models being developed regularly.
(458) The study of biliteral words can contribute to a deeper understanding of human cognition and language processing.
(459) The aim of this experiment is to compare the results of the two different natural language processing techniques.
(460) Psycholinguistic experiments often involve analyzing participants' eye movements during language processing tasks.
(461) The nonwords array is a valuable resource for investigating the effects of semantic priming on language processing.
(462) Individuals with dysaphia may require additional time and support to complete tasks that involve language processing.
(463) The artificial language developed by the team of linguists is being used in the field of natural language processing.
(464) The grads array is being used to generate a natural language processing model to analyze the resumes of the graduates.
(465) Supervised learning is widely used in various applications, such as image recognition and natural language processing.
(466) Wernicke's area is part of the brain's language network, which includes other regions involved in language processing.
(467) If connectionism is integrated into the field of linguistics, it can enhance our understanding of language processing.
(468) The future of natural language processing holds great potential for further advancements in human-computer interaction.
(469) Despite its computational nature, connectionism has important implications for our understanding of language processing.
(470) The study of hyponymy has practical applications in fields such as natural language processing and information retrieval.
(471) Researchers in neurolinguistics investigate the neural mechanisms underlying language processing in different modalities.
(472) Acoustic aphasia highlights the complex nature of language processing and the importance of communication in our daily lives.
(473) The integration of computer vision and natural language processing can enable systems to understand and respond to visual cues.
(474) The principles of automata theory are applied in the field of natural language processing for language recognition and generation.
(475) The field of cognitive semantics has been influential in the development of natural language processing and artificial intelligence.
(476) The field of cognitive semantics has made significant contributions to our understanding of language acquisition and language processing.
(477) The principles of quantification theory are used in various areas of artificial intelligence, such as automated reasoning and natural language processing.
Language Processing meaning
Language processing refers to the ability to understand and manipulate human language using computational methods. It involves various techniques and algorithms that enable computers to analyze, interpret, and generate natural language. To effectively use the term "language processing" in a sentence, consider the following tips:
1. Define the term: When introducing the phrase "language processing" in a sentence, it is essential to provide a clear definition.
For example, "Language processing, also known as natural language processing (NLP), is a field of artificial intelligence that focuses on enabling computers to understand and interact with human language."
2. Contextualize the term: To enhance understanding, it is helpful to provide context or examples related to language processing. For instance, "In the field of machine learning, language processing plays a crucial role in developing chatbots that can engage in meaningful conversations with users."
3. Highlight applications: Emphasize the practical applications of language processing to showcase its significance. For instance, "Language processing is widely used in sentiment analysis, where it helps businesses analyze customer feedback to gain insights into their products or services."
4. Discuss techniques: Elaborate on the techniques and methods employed in language processing.
For example, "Various techniques, such as part-of-speech tagging, named entity recognition, and syntactic parsing, are used in language processing to extract meaningful information from text."
5. Mention challenges: Acknowledge the challenges associated with language processing to provide a comprehensive understanding. For instance, "One of the challenges in language processing is dealing with ambiguity, as words or phrases can have multiple meanings depending on the context."
6. Highlight advancements: Discuss recent advancements or breakthroughs in language processing to showcase its evolving nature.
For example, "With the advent of deep learning and neural networks, language processing has witnessed significant advancements, leading to improved machine translation and speech recognition systems."
7. Relate to everyday life: Connect language processing to everyday scenarios to make it relatable. For instance, "Virtual assistants like Siri and Alexa utilize language processing to understand and respond to user commands, making our lives more convenient."
8. Mention related fields: Highlight other fields closely related to language processing to provide a broader perspective.
For example, "Language processing intersects with fields such as computational linguistics, information retrieval, and machine translation, contributing to advancements in these areas."
9. Discuss future prospects: Conclude the sentence by mentioning the potential future developments or applications of language processing. For instance, "As technology continues to advance, language processing is expected to play a crucial role in areas like automated document summarization, sentiment-aware virtual assistants, and intelligent tutoring systems." By following these tips, you can effectively incorporate the term "language processing" into a sentence while providing a comprehensive understanding of its meaning, applications, techniques, challenges, and future prospects.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Language Processing. They do not represent the opinions of TranslateEN.com.