wanyu/IteraTeR_full_sent huggingface dataset:
Original:  Cebu City ( 2019 ) Curitiba ( 2014 ) Detroit ( 2015 ) Dubai ( 2018 ) Dundee ( 2014 ) Fortaleza ( 2019 ) Geelong ( 2017 ) Graz ( 2011 ) Hanoi ( 2019 ) Helsinki ( 2014 ) Istanbul ( 2017 ) Kaunas ( 2015 ) Kobe ( 2008 ) Kolding ( 2017 ) Kortrijk ( 2017 ) Mexico City ( 2017 ) Montreal ( 2006 ) Muharraq ( 2019 ) Nagoya ( 2008 ) Puebla ( 2015 ) Querétaro ( 2019 ) Saint-Etienne ( 2010 ) San José ( 2019 ) Seoul ( 2010 ) Shanghai ( 2010 ) Shenzhen ( 2008 ) Singapore ( 2015 ) Turin ( 2014 ) Wuhan ( 2017 )
Revised:  Cebu City ( 2019 ) Curitiba ( 2014 ) Detroit ( 2015 ) Dubai ( 2018 ) Dundee ( 2014 ) Fortaleza ( 2019 ) Geelong ( 2017 ) Graz ( 2011 ) Hanoi ( 2019 ) Helsinki ( 2014 ) Istanbul ( 2017 ) Kaunas ( 2015 ) Kobe ( 2008 ) Kolding ( 2017 ) Kortrijk ( 2017 ) Mexico City ( 2017 ) Montreal ( 2006 ) Muharraq ( 2019 ) Nagoya ( 2008 ) Puebla ( 2015 ) Querétaro ( 2019 ) Saint-Etienne ( 2010 ) San José ( 2019 ) Seoul ( 2010 ) Shanghai ( 2010 ) Shenzhen ( 2008 ) Singapore ( 2015 Turin 2014 ) Wuhan ( 2017 )
Edit intent: fluency
Original:  Cebu City ( 2019 ) Curitiba ( 2014 ) Detroit ( 2015 ) Dubai ( 2018 ) Dundee ( 2014 ) Fortaleza ( 2019 ) Geelong ( 2017 ) Graz ( 2011 ) Hanoi ( 2019 ) Helsinki ( 2014 ) Istanbul ( 2017 ) Kaunas ( 2015 ) Kobe ( 2008 ) Kolding ( 2017 ) Kortrijk ( 2017 ) Mexico City ( 2017 ) Montreal ( 2006 ) Muharraq ( 2019 ) Nagoya ( 2008 ) Puebla ( 2015 ) Querétaro ( 2019 ) Saint-Etienne ( 2010 ) San José ( 2019 ) Seoul ( 2010 ) Shanghai ( 2010 ) Shenzhen ( 2008 ) Singapore ( 2015 ) Turin ( 2014 ) Wuhan ( 2017 )
Revised:  Cebu City ( 2019 ) Curitiba ( 2014 ) Detroit ( 2015 ) Dubai ( 2018 ) Dundee ( 2014 ) Fortaleza ( 2019 ) Geelong ( 2017 ) Graz ( 2011 ) Hanoi ( 2019 ) Helsinki ( 2014 ) Istanbul ( 2017 ) Kaunas ( 2015 ) Kobe ( 2008 ) Kolding ( 2017 ) Kortrijk ( 2017 ) Mexico City ( 2017 ) Montreal ( 2006 ) Muharraq ( 2019 ) Nagoya ( 2008 ) Puebla ( 2015 ) Querétaro ( 2019 ) Saint-Etienne ( 2010 ) San José ( 2019 ) Seoul ( 2010 ) Shanghai ( 2010 ) Shenzhen ( 2008 ) Singapore ( 2015 ) Turin ( 2014 Wuhan 2017 )
Edit intent: fluency
Original:  Cebu City ( 2019 ) Curitiba ( 2014 ) Detroit ( 2015 ) Dubai ( 2018 ) Dundee ( 2014 ) Fortaleza ( 2019 ) Geelong ( 2017 ) Graz ( 2011 ) Hanoi ( 2019 ) Helsinki ( 2014 ) Istanbul ( 2017 ) Kaunas ( 2015 ) Kobe ( 2008 ) Kolding ( 2017 ) Kortrijk ( 2017 ) Mexico City ( 2017 ) Montreal ( 2006 ) Muharraq ( 2019 ) Nagoya ( 2008 ) Puebla ( 2015 ) Querétaro ( 2019 ) Saint-Etienne ( 2010 ) San José ( 2019 ) Seoul ( 2010 ) Shanghai ( 2010 ) Shenzhen ( 2008 ) Singapore ( 2015 ) Turin ( 2014 ) Wuhan ( 2017 )
Revised:  Cebu City ( 2019 ) Curitiba ( 2014 ) Detroit ( 2015 ) Dubai ( 2018 ) Dundee ( 2014 ) Fortaleza ( 2019 ) Geelong ( 2017 ) Graz ( 2011 ) Hanoi ( 2019 ) Helsinki ( 2014 ) Istanbul ( 2017 ) Kaunas ( 2015 ) Kobe ( 2008 ) Kolding ( 2017 ) Kortrijk ( 2017 ) Mexico City ( 2017 ) Montreal ( 2006 ) Muharraq ( 2019 ) Nagoya ( 2008 ) Puebla ( 2015 ) Querétaro ( 2019 ) Saint-Etienne ( 2010 ) San José ( 2019 ) Seoul ( 2010 ) Shanghai ( 2010 ) Shenzhen ( 2008 ) Singapore ( 2015 ) Turin ( 2014 ) Wuhan ( 2017 
Edit intent: fluency
Original: Military Meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating Insignia U.S. Navy Flight Meteorologist Insignia Chain of Command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called Aerographer's Mates .
Revised: Military meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating Insignia U.S. Navy Flight Meteorologist Insignia Chain of Command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called Aerographer's Mates .
Edit intent: fluency
Original: Military Meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating Insignia U.S. Navy Flight Meteorologist Insignia Chain of Command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called Aerographer's Mates .
Revised: Military Meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating insignia U.S. Navy Flight Meteorologist Insignia Chain of Command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called Aerographer's Mates .
Edit intent: clarity
Original: Military Meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating Insignia U.S. Navy Flight Meteorologist Insignia Chain of Command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called Aerographer's Mates .
Revised: Military Meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating Insignia U.S. Navy Flight Meteorologist insignia Chain of Command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called Aerographer's Mates .
Edit intent: clarity
Original: Military Meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating Insignia U.S. Navy Flight Meteorologist Insignia Chain of Command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called Aerographer's Mates .
Revised: Military Meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating Insignia U.S. Navy Flight Meteorologist Insignia Chain of command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called Aerographer's Mates .
Edit intent: fluency
Original: Military Meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating Insignia U.S. Navy Flight Meteorologist Insignia Chain of Command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called Aerographer's Mates .
Revised: Military Meteorology in the United States United States Navy/Marine Corps U.S. Navy Aerographer's Mate Rating Insignia U.S. Navy Flight Meteorologist Insignia Chain of Command Naval Meteorology and Oceanography Command Fleet Numerical Meteorology and Oceanography Center Enlisted meteorology and oceanography forecasters are called aerographer's mates .
Edit intent: fluency
Original:  Notable Military Meteorologists CAPT Homer A. McCrerey, USNA Class of 1942 - Fleet Meteorologist and oceanographer (FNMOC) (1967–1972) Gp Capt James Martin Stagg, military meteorologist for Operation Overlord 1944 See also U.S. Air Force Basic Meteorologist Badge U.S. Air Force Weather Agency U.S. Air Force Special Operations Weather Technician Navy Operational Global Atmospheric Prediction System Further reading John F.
Revised:  Notable military meteorologists CAPT Homer A. McCrerey, USNA Class of 1942 - Fleet Meteorologist and oceanographer (FNMOC) (1967–1972) Gp Capt James Martin Stagg, military meteorologist for Operation Overlord 1944 See also U.S. Air Force Basic Meteorologist Badge U.S. Air Force Weather Agency U.S. Air Force Special Operations Weather Technician Navy Operational Global Atmospheric Prediction System Further reading John F.
Edit intent: fluency
Original:  Notable Military Meteorologists CAPT Homer A. McCrerey, USNA Class of 1942 - Fleet Meteorologist and oceanographer (FNMOC) (1967–1972) Gp Capt James Martin Stagg, military meteorologist for Operation Overlord 1944 See also U.S. Air Force Basic Meteorologist Badge U.S. Air Force Weather Agency U.S. Air Force Special Operations Weather Technician Navy Operational Global Atmospheric Prediction System Further reading John F.
Revised:  Notable Military Meteorologists CAPT Homer A. McCrerey, USNA Class of 1942 , fleet meteorologist and oceanographer (FNMOC) (1967–1972) Gp Capt James Martin Stagg, military meteorologist for Operation Overlord 1944 See also U.S. Air Force Basic Meteorologist Badge U.S. Air Force Weather Agency U.S. Air Force Special Operations Weather Technician Navy Operational Global Atmospheric Prediction System Further reading John F.
Edit intent: fluency
Original:  Notable Military Meteorologists CAPT Homer A. McCrerey, USNA Class of 1942 - Fleet Meteorologist and oceanographer (FNMOC) (1967–1972) Gp Capt James Martin Stagg, military meteorologist for Operation Overlord 1944 See also U.S. Air Force Basic Meteorologist Badge U.S. Air Force Weather Agency U.S. Air Force Special Operations Weather Technician Navy Operational Global Atmospheric Prediction System Further reading John F.
Revised:  Notable Military Meteorologists CAPT Homer A. McCrerey, USNA Class of 1942 - Fleet Meteorologist and oceanographer (FNMOC) (1967–1972) Gp Capt James Martin Stagg, military meteorologist for Operation Overlord 1944 See also U.S. Air Force Basic Meteorologist badge U.S. Air Force Weather Agency U.S. Air Force Special Operations Weather Technician Navy Operational Global Atmospheric Prediction System Further reading John F.
Edit intent: fluency
Original:  Fuller , (1974)  Weather and War, Military Airlift Command, U.S. Air Force Thomas Haldane, War History of the Australian Meteorological Service in the Royal Australian Air Force April 1941 to July 1946  accessed at Australian Science and Technology Heritage Centre, University of Melbourne August 2, 2006 Timothy C. Spangler, The COMET program:
Revised:  Fuller (1974) Weather and War, Military Airlift Command, U.S. Air Force Thomas Haldane, War History of the Australian Meteorological Service in the Royal Australian Air Force April 1941 to July 1946 accessed at Australian Science and Technology Heritage Centre, University of Melbourne August 2, 2006 Timothy C. Spangler, The COMET program:
Edit intent: fluency
Original:  Fuller , (1974)  Weather and War, Military Airlift Command, U.S. Air Force Thomas Haldane, War History of the Australian Meteorological Service in the Royal Australian Air Force April 1941 to July 1946  accessed at Australian Science and Technology Heritage Centre, University of Melbourne August 2, 2006 Timothy C. Spangler, The COMET program:
Revised:  Fuller , (1974) , Weather and War, Military Airlift Command, U.S. Air Force Thomas Haldane, War History of the Australian Meteorological Service in the Royal Australian Air Force April 1941 to July 1946 accessed at Australian Science and Technology Heritage Centre, University of Melbourne August 2, 2006 Timothy C. Spangler, The COMET program:
Edit intent: fluency
Original:  Fuller , (1974)  Weather and War, Military Airlift Command, U.S. Air Force Thomas Haldane, War History of the Australian Meteorological Service in the Royal Australian Air Force April 1941 to July 1946  accessed at Australian Science and Technology Heritage Centre, University of Melbourne August 2, 2006 Timothy C. Spangler, The COMET program:
Revised:  Fuller , (1974) Weather and War, Military Airlift Command, U.S. Air Force Thomas Haldane, History of the Australian Meteorological Service in the Royal Australian Air Force April 1941 to July 1946 accessed at Australian Science and Technology Heritage Centre, University of Melbourne August 2, 2006 Timothy C. Spangler, The COMET program:
Edit intent: fluency
Original:  Fuller , (1974)  Weather and War, Military Airlift Command, U.S. Air Force Thomas Haldane, War History of the Australian Meteorological Service in the Royal Australian Air Force April 1941 to July 1946  accessed at Australian Science and Technology Heritage Centre, University of Melbourne August 2, 2006 Timothy C. Spangler, The COMET program:
Revised:  Fuller , (1974) Weather and War, Military Airlift Command, U.S. Air Force Thomas Haldane, War History of the Australian Meteorological Service in the Royal Australian Air Force April 1941 to July 1946 '', accessed at Australian Science and Technology Heritage Centre, University of Melbourne August 2, 2006 Timothy C. Spangler, The COMET program:
Edit intent: coherence
Original:  A decade of professional development for our civilian and military weather services, abstract of paper at 13th Symposium on Education, 2004, American Meteorological Society accessed at August 2, 2006 Overview of U.S. military satellite systems for meteorology at Col.
Revised:  A decade of professional development for our civilian and military weather services, abstract of paper at 13th Symposium on Education, 2004, American Meteorological Society , accessed August 2, 2006 Overview of U.S. military satellite systems for meteorology at Col.
Edit intent: fluency
Original:  A decade of professional development for our civilian and military weather services, abstract of paper at 13th Symposium on Education, 2004, American Meteorological Society accessed at August 2, 2006 Overview of U.S. military satellite systems for meteorology at Col.
Revised:  A decade of professional development for our civilian and military weather services, abstract of paper at 13th Symposium on Education, 2004, American Meteorological Society accessed at August 2, 2006 Overview of U.S. military satellite systems for meteorology Col.
Edit intent: fluency
Original:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 accessed at August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center  public website Air Force Weather Agency  public website Cold Fronts  a book by and about a Cold War era Air Force meteorologist
Revised:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 , accessed August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center public website Air Force Weather Agency public website Cold Fronts a book by and about a Cold War era Air Force meteorologist
Edit intent: fluency
Original:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 accessed at August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center  public website Air Force Weather Agency  public website Cold Fronts  a book by and about a Cold War era Air Force meteorologist
Revised:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 accessed at August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center , public website Air Force Weather Agency public website Cold Fronts a book by and about a Cold War era Air Force meteorologist
Edit intent: fluency
Original:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 accessed at August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center  public website Air Force Weather Agency  public website Cold Fronts  a book by and about a Cold War era Air Force meteorologist
Revised:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 accessed at August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center public website Air Force Weather Agency , public website Cold Fronts a book by and about a Cold War era Air Force meteorologist
Edit intent: fluency
Original:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 accessed at August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center  public website Air Force Weather Agency  public website Cold Fronts  a book by and about a Cold War era Air Force meteorologist
Revised:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 accessed at August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center public website Air Force Weather Agency public website Cold Fronts , a book by and about a Cold War era Air Force meteorologist
Edit intent: fluency
Original:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 accessed at August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center  public website Air Force Weather Agency  public website Cold Fronts  a book by and about a Cold War era Air Force meteorologist
Revised:  Tamzy J. House et al. (1996) Weather as a Force Multiplier:Owning the Weather in 2025 accessed at August 2, 2006 Historical bibliography at ibiblio.org External links U.S. Navy Fleet Numerical Meteorology and Oceanography Center public website Air Force Weather Agency public website Cold Fronts a book by and about a Cold War-era Air Force meteorologist
Edit intent: fluency
Original: The practice of using dastaks for almost any goods was consolidated by Robert Clive when he overthrew the then nawab of Bengal, Mir Quasim after he opposed the British East India Company's position that their imperial Mughal licence (dastak) meant that they could trade without paying taxes (other local merchants with dastaks were required to pay up to 40\% of their revenue as tax).
Revised: The practice of using dastaks for almost any goods was consolidated by Robert Clive when he overthrew the then Nawab of Bengal, Mir Quasim after he opposed the British East India Company's position that their imperial Mughal licence (dastak) meant that they could trade without paying taxes (other local merchants with dastaks were required to pay up to 40\% of their revenue as tax).
Edit intent: fluency
Original: The practice of using dastaks for almost any goods was consolidated by Robert Clive when he overthrew the then nawab of Bengal, Mir Quasim after he opposed the British East India Company's position that their imperial Mughal licence (dastak) meant that they could trade without paying taxes (other local merchants with dastaks were required to pay up to 40\% of their revenue as tax).
Revised: The practice of using dastaks for almost any goods was consolidated by Robert Clive when he overthrew the then nawab of Bengal, Mir Quasim after he opposed the British East India Company's position that their dastaks meant that they could trade without paying taxes (other local merchants with dastaks were required to pay up to 40\% of their revenue as tax).
Edit intent: clarity
Original:  This was later institutionalized such that any gain made by the Indian products in foreign markets translated into a financial gain for Britain   .
Revised:  This was later institutionalized such that any gain made by the Indian products in foreign markets translated into a financial gain for Britain The practise of issuing dastaks to traders was abolished by Warren Hastings due to the disadvantage the dastaks offered to the local Indian traders .
Edit intent: meaning-changed
Original:  Kentucky windage refers to the practice of holding the aim to one side of the target to compensate for wind (also known as "leading" the wind), without actually changing the existing adjustment settings on the gunsight.
Revised:  The colloquial term "Kentucky windage" refers to the practice of holding the aim to one side of the target to compensate for wind (also known as "leading" the wind), without actually changing the existing adjustment settings on the gunsight.
Edit intent: meaning-changed
Original: Jilly Juice is a fermented drink and a form of alternative medicine that is claimed by its proponents to be able to cure an assortment of conditions, including cancer and Autism Spectrum Disorder , as well as regenerate missing limbs, reverse the effects of aging, and "cure homosexuality".
Revised: Jilly Juice is a fermented drink and a form of alternative medicine that is claimed by its proponents to be able to cure an assortment of conditions, including cancer , ASD , as well as regenerate missing limbs, reverse the effects of aging, and "cure homosexuality".
Edit intent: coherence
Original:  The noun "platform" comes from Middle French plateforme/platte fourme , literally meaning "flat form", deriving from Old French plat "flat" and forme "form" suring the 1540s.
Revised:  The noun "platform" comes from Middle French plateforme/platte fourme , literally meaning "flat form", deriving from Old French "flat" and forme "form" suring the 1540s.
Edit intent: fluency
Original:  The noun "platform" comes from Middle French plateforme/platte fourme , literally meaning "flat form", deriving from Old French plat "flat" and forme "form" suring the 1540s.
Revised:  The noun "platform" comes from Middle French plateforme/platte fourme , literally meaning "flat form", deriving from Old French plat "flat" and "form" suring the 1540s.
Edit intent: clarity
Original:  The noun "platform" comes from Middle French plateforme/platte fourme , literally meaning "flat form", deriving from Old French plat "flat" and forme "form" suring the 1540s.
Revised:  The noun "platform" comes from Middle French plateforme/platte fourme , literally meaning "flat form", deriving from Old French plat "flat" and forme "form" during the 1540s.
Edit intent: fluency
Original: The main observation of CPT (and its predecessor Prospect Theory ) is that people tend to think of possible outcomes usually relative to a certain reference point (often the status quo) rather than to the final status, a phenomenon which is called framing effect.
Revised: The main observation of CPT (and its predecessor prospect theory ) is that people tend to think of possible outcomes usually relative to a certain reference point (often the status quo) rather than to the final status, a phenomenon which is called framing effect.
Edit intent: fluency
Original:  CPT incorporates these observations in a modification of Expected Utility Theory by replacing final wealth with payoffs relative to the reference point, replacing the utility function with a value function that depends on relative payoff, and replacing cumulative probabilities with weighted cumulative probabilities.
Revised:  CPT incorporates these observations in a modification of expected utility theory by replacing final wealth with payoffs relative to the reference point, replacing the utility function with a value function that depends on relative payoff, and replacing cumulative probabilities with weighted cumulative probabilities.
Edit intent: fluency
Original:  In the general case, this leads to the following formula for subjective utility of a risky outcome described by probability measure : Differences from Prospect Theory The main modification to Prospect Theory is that, as in rank-dependent expected utility theory, cumulative probabilities are transformed, rather than the probabilities themselves.
Revised:  In the general case, this leads to the following formula for subjective utility of a risky outcome described by probability measure : Differences from prospect theory The main modification to Prospect Theory is that, as in rank-dependent expected utility theory, cumulative probabilities are transformed, rather than the probabilities themselves.
Edit intent: fluency
Original:  In the general case, this leads to the following formula for subjective utility of a risky outcome described by probability measure : Differences from Prospect Theory The main modification to Prospect Theory is that, as in rank-dependent expected utility theory, cumulative probabilities are transformed, rather than the probabilities themselves.
Revised:  In the general case, this leads to the following formula for subjective utility of a risky outcome described by probability measure : Differences from Prospect Theory The main modification to prospect theory is that, as in rank-dependent expected utility theory, cumulative probabilities are transformed, rather than the probabilities themselves.
Edit intent: fluency