wanyu/IteraTeR_full_sent huggingface dataset:
Original:   In 1965, the East Caribbean dollar (EC$) replaced the BWI$ and circulated in British Guiana for a year until, following independence in 1966, the Guyanese dollar was introduced, replacing the East Caribbean dollar at par.
Revised:  In August, 2020, the $100 coin was launched. The coin is the first coloured coin issued by the Bank of Guyana. Banknotes Private banknotes were introduced in the late 19th century by the British Guiana Bank and the Colonial Bank. Both issued 5, 20 and 100 dollars. The British Guiana Bank issued notes until 1907, with the Colonial Bank issuing notes until 1917. The Colonial Bank was taken over by Barclays Bank, which issued notes in denominates of 5, 10, 20 and 100 dollars between 1926 and 1941. In 1909, the Royal Bank of Canada introduced 100 dollars notes, followed in 1913 by 5 and 20 dollars notes. From 1920, the notes also bore the denomination in sterling. 100 dollars were issued until 1920, with the 5 and 20 dollars issued until 1938. Paper money production specifically for British Guiana ceased in 1942 and local notes were replaced by BWI$ notes in 1951. In 1965, the East Caribbean dollar (EC$) replaced the BWI$ and circulated in British Guiana for a year until, following independence in 1966, the Guyanese dollar was introduced, replacing the East Caribbean dollar at par.
Edit intent: meaning-changed
Original:   In 1965, the East Caribbean dollar (EC$) replaced the BWI$ and circulated in British Guiana for a year until, following independence in 1966, the Guyanese dollar was introduced, replacing the East Caribbean dollar at par.
Revised:  In 1955, the BWI$ was decimalized and coinage was issued in the name of the "British Caribbean Territories, Eastern Group". In 1965, the East Caribbean dollar (EC$) replaced the BWI and circulated in British Guiana for a year until, following independence in 1966, the Guyanese dollar was introduced, replacing the East Caribbean dollar at par.
Edit intent: meaning-changed
Original:  Erosion G Gaia hypothesis Gemology (mineralogy) Geochemistry Geochronology (Geophysics) Geodesy (see Surveying) Geodynamics (Geophysics and Tectonics) Geography Geographical Information System  Geoinformatics (GIS) Geology Geomagnetics (Geophysics) Geomicrobiology Geomorphology Geophysics Geosphere Geostatistics Glaciology (Geology and Hydrology) Gravimetry (Geophysics) L Limnology (Hydrology ) List of Earth science topics (alphabetical ) Lithosphere (Geology)
Revised:  G Gaia hypothesis Gemology (mineralogy) Geochemistry Geochronology (Geophysics) Geodesy (see Surveying) Geodynamics (Geophysics and Tectonics) Geography Geographical Information System Geoinformatics (GIS) Geology Geomagnetics (Geophysics) Geomicrobiology Geomorphology Geophysics Geosphere Geostatistics Glaciology (Geology and Hydrology) Gravimetry (Geophysics) L Limnology (Hydrology ) List of Earth science topics (alphabetical ) Lithosphere (Geology)
Edit intent: coherence
Original:  Erosion G Gaia hypothesis Gemology (mineralogy) Geochemistry Geochronology (Geophysics) Geodesy (see Surveying) Geodynamics (Geophysics and Tectonics) Geography Geographical Information System  Geoinformatics (GIS) Geology Geomagnetics (Geophysics) Geomicrobiology Geomorphology Geophysics Geosphere Geostatistics Glaciology (Geology and Hydrology) Gravimetry (Geophysics) L Limnology (Hydrology ) List of Earth science topics (alphabetical ) Lithosphere (Geology)
Revised:  Erosion G Gaia hypothesis Gemology (mineralogy) Geochemistry Geochronology (Geophysics) Geodesy (see Surveying) Geodynamics (Geophysics and Tectonics) Geographical Information System Geoinformatics (GIS) Geology Geomagnetics (Geophysics) Geomicrobiology Geomorphology Geophysics Geosphere Geostatistics Glaciology (Geology and Hydrology) Gravimetry (Geophysics) L Limnology (Hydrology ) List of Earth science topics (alphabetical ) Lithosphere (Geology)
Edit intent: coherence
Original:  Erosion G Gaia hypothesis Gemology (mineralogy) Geochemistry Geochronology (Geophysics) Geodesy (see Surveying) Geodynamics (Geophysics and Tectonics) Geography Geographical Information System  Geoinformatics (GIS) Geology Geomagnetics (Geophysics) Geomicrobiology Geomorphology Geophysics Geosphere Geostatistics Glaciology (Geology and Hydrology) Gravimetry (Geophysics) L Limnology (Hydrology ) List of Earth science topics (alphabetical ) Lithosphere (Geology)
Revised:  Erosion G Gaia hypothesis Gemology (mineralogy) Geochemistry Geochronology (Geophysics) Geodesy (see Surveying) Geodynamics (Geophysics and Tectonics) Geography Geographical Information System Geography Geoinformatics (GIS) Geology Geomagnetics (Geophysics) Geomicrobiology Geomorphology Geophysics Geosphere Geostatistics Glaciology (Geology and Hydrology) Gravimetry (Geophysics) L Limnology (Hydrology ) List of Earth science topics (alphabetical ) Lithosphere (Geology)
Edit intent: fluency
Original:  Erosion G Gaia hypothesis Gemology (mineralogy) Geochemistry Geochronology (Geophysics) Geodesy (see Surveying) Geodynamics (Geophysics and Tectonics) Geography Geographical Information System  Geoinformatics (GIS) Geology Geomagnetics (Geophysics) Geomicrobiology Geomorphology Geophysics Geosphere Geostatistics Glaciology (Geology and Hydrology) Gravimetry (Geophysics) L Limnology (Hydrology ) List of Earth science topics (alphabetical ) Lithosphere (Geology)
Revised:  Erosion G Gaia hypothesis Gemology (mineralogy) Geochemistry Geochronology (Geophysics) Geodesy (see Surveying) Geodynamics (Geophysics and Tectonics) Geography Geographical Information System Geoinformatics (GIS) Geology Geomagnetics (Geophysics) Geomicrobiology Geomorphology Geophysics Geosphere Geostatistics Glaciology (Geology and Hydrology) Gravimetry (Geophysics) L Limnology (Hydrology ) Lithosphere (Geology)
Edit intent: coherence
Original:   Geo-replication software Geo-replication software is a network performance-enhancing technology that is designed to provide improved access to portal or intranet content for uses at the most remote parts of large organizations.
Revised:  Software Geo-replication software Geo-replication software is a network performance-enhancing technology that is designed to provide improved access to portal or intranet content for uses at the most remote parts of large organizations.
Edit intent: fluency
Original:  Geo-replication software solutions use a combination of data compression and content caching technologies. differencing technologies can also be employed to dramatically reduce the volume of data that has to be transmitted to keep portal content accurate across all servers.
Revised:  Geo-replication software uses a combination of data compression and content caching technologies. differencing technologies can also be employed to dramatically reduce the volume of data that has to be transmitted to keep portal content accurate across all servers.
Edit intent: clarity
Original:  Geo-replication software solutions use a combination of data compression and content caching technologies. differencing technologies can also be employed to dramatically reduce the volume of data that has to be transmitted to keep portal content accurate across all servers.
Revised:  Geo-replication software solutions use a combination of data compression and content caching technologies. differencing technologies can also be employed to reduce the volume of data that has to be transmitted to keep portal content accurate across all servers.
Edit intent: clarity
Original:  This update compression dramatically reduces the load that portal traffic inflicts on networks, and significantly improves the end user experience of a portal by accelerating its performance . Differencing engine technologies To deliver this reduction in the size of the required data updates across a portal, geo-replication systems often use differencing engine technologies.
Revised:  This update compression can reduce the load that portal traffic inflicts on networks, and significantly improves the end user experience of a portal by accelerating its performance . Differencing engine technologies To deliver this reduction in the size of the required data updates across a portal, geo-replication systems often use differencing engine technologies.
Edit intent: clarity
Original:  This update compression dramatically reduces the load that portal traffic inflicts on networks, and significantly improves the end user experience of a portal by accelerating its performance . Differencing engine technologies To deliver this reduction in the size of the required data updates across a portal, geo-replication systems often use differencing engine technologies.
Revised:  This update compression dramatically reduces the load that portal traffic place on networks, and significantly improves the end user experience of a portal by accelerating its performance . Differencing engine technologies To deliver this reduction in the size of the required data updates across a portal, geo-replication systems often use differencing engine technologies.
Edit intent: clarity
Original:  This update compression dramatically reduces the load that portal traffic inflicts on networks, and significantly improves the end user experience of a portal by accelerating its performance . Differencing engine technologies To deliver this reduction in the size of the required data updates across a portal, geo-replication systems often use differencing engine technologies.
Revised:  This update compression dramatically reduces the load that portal traffic inflicts on networks, and improve the response time of a portal by accelerating its performance . Differencing engine technologies To deliver this reduction in the size of the required data updates across a portal, geo-replication systems often use differencing engine technologies.
Edit intent: clarity
Original:  This update compression dramatically reduces the load that portal traffic inflicts on networks, and significantly improves the end user experience of a portal by accelerating its performance . Differencing engine technologies To deliver this reduction in the size of the required data updates across a portal, geo-replication systems often use differencing engine technologies.
Revised:  This update compression dramatically reduces the load that portal traffic inflicts on networks, and significantly improves the end user experience of a portal . Differencing engine technologies To deliver this reduction in the size of the required data updates across a portal, geo-replication systems often use differencing engine technologies.
Edit intent: clarity
Original:  PT Mitra Media Digital (Magna Channel) PT Mitra Suara Digital Infrastruktur (BNTV) PT Trans Media Corpora (Trans Media) PT Televisi Transformasi Indonesia (Trans TV) PT Duta Visual Nusantara Tivi Tujuh (Trans7) PT Trans News Corpora (CNN Indonesia) (along with WarnerMedia) PT Trans Berita Bisnis (CNBC Indonesia) (along with NBCUniversal) PT Visi Media Group (VIVA) PT Intermedia Capital (IMDA) PT Cakrawala Andalas Televisi (ANTV) PT Lativi Media Karya (tvOne) PT Net Visi Media (NET.)
Revised:  PT Mitra Media Digital (Magna Channel) PT Mitra Siaran Digital (BNTV) PT Trans Media Corpora (Trans Media) PT Televisi Transformasi Indonesia (Trans TV) PT Duta Visual Nusantara Tivi Tujuh (Trans7) PT Trans News Corpora (CNN Indonesia) (along with WarnerMedia) PT Trans Berita Bisnis (CNBC Indonesia) (along with NBCUniversal) PT Visi Media Group (VIVA) PT Intermedia Capital (IMDA) PT Cakrawala Andalas Televisi (ANTV) PT Lativi Media Karya (tvOne) PT Net Visi Media (NET.)
Edit intent: clarity
Original:  PT Net Mediatama Televisi (NET.) PT Kompas Gramedia (Kompas Gramedia) PT Cipta Megaswara Televisi (Kompas TV) PT Rajawali Corpora (Rajawali Corp) PT Metropolitan Televisindo (RTV) PT Mayapada Group (Mayapada) PT Banten Media Global Televisi (MYTV )
Revised:  PT Net Mediatama Televisi (NET.) PT Kompas Gramedia (Kompas Gramedia) PT Cipta Megaswara Televisi (Kompas TV) PT Rajawali Corpora (Rajawali Corp) PT Metropolitan Televisindo (RTV) PT Mayapada Group (Mayapada) PT Metropolitan Televisindo (RTV )
Edit intent: coherence
Original:  One experiment  found EPOC increasing metabolic rate to an excess level that decays to 13\% three hours after exercise, and 4\% after 16 hours  .
Revised:  One experiment , involving exertion above baseline, found EPOC increasing metabolic rate to an excess level that decays to 13\% three hours after exercise, and 4\% after 16 hours .
Edit intent: meaning-changed
Original:  Another study, specifically designed to test whether the effect existed for more than 16 hours, conducted tests for 48 hours after the conclusion of the exercise and found measurable effects existed up to the 38-hour post-exercise measurement  .
Revised:  Another study, specifically designed to test whether the effect existed for more than 16 hours, conducted tests for 48 hours after the conclusion of the exercise and found measurable effects existed up to the 38-hour post-exercise measurement , for the studied exercise dose .
Edit intent: meaning-changed
Original:  Cambridge, England, UK: Cambridge University Press, 2002. Pp . 63. In December 1925 the Kingdom of Hejaz surrendered to the forces of Abdul Aziz , who was thereafter proclaimed king of Hejaz in January 1926 and merged his dominions into the Kingdom of Hejaz and Nejd.
Revised:  Cambridge, England, UK: Cambridge University Press, p . 63. In December 1925 the Kingdom of Hejaz surrendered to the forces of Abdul Aziz , who was thereafter proclaimed king of Hejaz in January 1926 and merged his dominions into the Kingdom of Hejaz and Nejd.
Edit intent: coherence
Original:  Pp . 63. In December 1925 the Kingdom of Hejaz surrendered to the forces of Abdul Aziz , who was thereafter proclaimed king of Hejaz in January 1926 and merged his dominions into the Kingdom of Hejaz and Nejd.
Revised:  Pp . 63. In December 1925 the Kingdom of Hejaz surrendered to the forces of Abdulaziz , who was thereafter proclaimed king of Hejaz in January 1926 and merged his dominions into the Kingdom of Hejaz and Nejd.
Edit intent: fluency
Original:  Category:1920s in Saudi Arabia Category:1921 establishments in Asia Category:1926 disestablishments in Asia Category:Former Arab states Nejd Category:Former polities of the interwar period Category:History of Nejd Category:History of Saudi Arabia Category:Najd Category:States and territories established in 1921 Category:States and territories disestablished in 192
Revised:  Category:1920s in Saudi Arabia Category:1921 establishments in Asia Category:1926 disestablishments in Asia Category:Former Arab states Nejd Category:Former polities of the interwar period Category:History of Nejd Category:History of Saudi Arabia Category:States and territories established in 1921 Category:States and territories disestablished in 192
Edit intent: fluency
Original: We use the operations ¬  (negation), ∧  (conjunction or meet), ∨  (disjunction or join), →  (implication), ↔  (biconditional), +  (exclusive disjunction or Boolean ring addition), ↛  (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Revised: We use the operations ¬ , Np, (negation), ∧ (conjunction or meet), ∨ (disjunction or join), → (implication), ↔ (biconditional), + (exclusive disjunction or Boolean ring addition), ↛ (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Edit intent: meaning-changed
Original: We use the operations ¬  (negation), ∧  (conjunction or meet), ∨  (disjunction or join), →  (implication), ↔  (biconditional), +  (exclusive disjunction or Boolean ring addition), ↛  (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Revised: We use the operations ¬ (negation), ∧ , Kpq, (conjunction or meet), ∨ (disjunction or join), → (implication), ↔ (biconditional), + (exclusive disjunction or Boolean ring addition), ↛ (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Edit intent: meaning-changed
Original: We use the operations ¬  (negation), ∧  (conjunction or meet), ∨  (disjunction or join), →  (implication), ↔  (biconditional), +  (exclusive disjunction or Boolean ring addition), ↛  (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Revised: We use the operations ¬ (negation), ∧ (conjunction or meet), ∨ , Apq, (disjunction or join), → (implication), ↔ (biconditional), + (exclusive disjunction or Boolean ring addition), ↛ (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Edit intent: meaning-changed
Original: We use the operations ¬  (negation), ∧  (conjunction or meet), ∨  (disjunction or join), →  (implication), ↔  (biconditional), +  (exclusive disjunction or Boolean ring addition), ↛  (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Revised: We use the operations ¬ (negation), ∧ (conjunction or meet), ∨ (disjunction or join), → , Cpq, (implication), ↔ (biconditional), + (exclusive disjunction or Boolean ring addition), ↛ (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Edit intent: meaning-changed
Original: We use the operations ¬  (negation), ∧  (conjunction or meet), ∨  (disjunction or join), →  (implication), ↔  (biconditional), +  (exclusive disjunction or Boolean ring addition), ↛  (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Revised: We use the operations ¬ (negation), ∧ (conjunction or meet), ∨ (disjunction or join), → (implication), ↔ , Epq, (biconditional), + (exclusive disjunction or Boolean ring addition), ↛ (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Edit intent: meaning-changed
Original: We use the operations ¬  (negation), ∧  (conjunction or meet), ∨  (disjunction or join), →  (implication), ↔  (biconditional), +  (exclusive disjunction or Boolean ring addition), ↛  (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Revised: We use the operations ¬ (negation), ∧ (conjunction or meet), ∨ (disjunction or join), → (implication), ↔ (biconditional), + , Jpq (exclusive disjunction or Boolean ring addition), ↛ (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Edit intent: meaning-changed
Original: We use the operations ¬  (negation), ∧  (conjunction or meet), ∨  (disjunction or join), →  (implication), ↔  (biconditional), +  (exclusive disjunction or Boolean ring addition), ↛  (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Revised: We use the operations ¬ (negation), ∧ (conjunction or meet), ∨ (disjunction or join), → (implication), ↔ (biconditional), + (exclusive disjunction or Boolean ring addition), ↛ , Lpq,Jozef Maria Bochenski (1959), Precis of Mathematical Logic, Part II, "Logic of Sentences", Sec. 3.23,"'Np,'" Sec. 3.32, "16 dyadic truth functors", pp. 10-11. (nonimplication), ?: (the ternary conditional operator) and the constant unary functions 0 and 1. Moreover, we need the threshold functions
Edit intent: meaning-changed
Original:   Opioid addicts are normally those who encounter and consume this drug. It is very dangerous.
Revised:  In addition to containing powerful opioids, what makes gray death an extremely dangerous drug is the fact that the constituent drugs' identities, their overall ratios in the product, and their uneven distribution within the product are completely unknown to the user. This means that the user cannot predict what dose to safely take; even two identical doses by mass may contain more or less of an unknown substance due to uneven physical distribution, as seen with heroin and fentanyl mixes. Opioid addicts tend to be more susceptible to the drug.
Edit intent: clarity
Original:  What makes gray death so dangerous is not the constituents which make up the drug itself, but instead the fact that the drugs' identities, their overall ratios in the product, and their uneven distribution within the product are completely unknown to the user. This means that the user cannot predict what dose to safely take; even taking an identical dose by mass may result in more or less of an unknown substance due to uneven physical distribution as seen with heroin and fentanyl mixes.
Edit intent: clarity
Original:  In addition to containing powerful opioids, what makes gray death an extremely dangerous drug is the fact that the constituent drugs' identities, their overall ratios in the product, and their uneven distribution within the productare completely unknown to the user. This means that the user cannot predict what dose to safely take; even two identical doses by mass may contain more or less of an unknown substance due to uneven physical distribution, as seen with heroin and fentanyl mixes. Opioid addicts tend to be more susceptible to the drug .
Revised:  As with other illicit narcotics, gray death carries a higher risk of serious adverse effects than prescribed opioids due to the unknown and inconsistent composition of the product .
Edit intent: clarity
Original:  The greater affinity of these substances for the μ-opioid receptor causes less naloxoneto bind to receptors, increasing the dosage necessary to counteract the resulting respiratory depression.
Revised:  The greater affinity of these substances for the μ-opioid receptor impedes the activity of naloxone, which is an antagonist at the receptor. Increasing the dosage of naloxone or its frequency of administration may be required to counteract respiratory depression.
Edit intent: clarity
Original: Lifee Selig is the son of New York born American steel manufacturing industrialist and economic advisor Marvin Selig and Eleanor Berg Selig, a Texas commissioner of mental health under 3 United States presidents.
Revised: Life Selig was the son of New York born American steel manufacturing industrialist and economic advisor Marvin Selig and Eleanor Berg Selig, a Texas commissioner of mental health under 3 United States presidents.
Edit intent: fluency
Original:  He trained with the New York City interior design team of Bunny Mellon and Cartier designer Aldo Cipullo  where he mastered trompe-l'œil painting techniques , and his first commissioned trompe-l'œil interiors were showcased in a 1971 House Beautiful article featuring Cipullo's residence in Manhattan.
Revised:  He trained with the New York City interior design team of Bunny Mellon and Cartier designer Aldo Cipullo , where he mastered trompe-l'œil painting techniques , and his first commissioned trompe-l'œil interiors were showcased in a 1971 House Beautiful article featuring Cipullo's residence in Manhattan.
Edit intent: fluency
Original:  He trained with the New York City interior design team of Bunny Mellon and Cartier designer Aldo Cipullo  where he mastered trompe-l'œil painting techniques , and his first commissioned trompe-l'œil interiors were showcased in a 1971 House Beautiful article featuring Cipullo's residence in Manhattan.
Revised:  He trained with the New York City interior design team of Bunny Mellon and Cartier designer Aldo Cipullo where he mastered trompe-l'œil painting techniques . His first commissioned trompe-l'œil interiors were showcased in a 1971 House Beautiful article featuring Cipullo's residence in Manhattan.
Edit intent: coherence