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Knowledge_text_json_finetuning

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INPUT
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OUTPUT
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126 values
Output the provided content as JSON. The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences.
{ "text": "The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences." }
Generate a JSON representation from the provided text. The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences.
{ "text": "The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences." }
Render the text into JSON form. The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences.
{ "text": "The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences." }
Produce a JSON version of the given text. The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences.
{ "text": "The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences." }
Produce a JSON version of the given text. The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences.
{ "text": "The prizes were awarded in six categories: Physics, Chemistry, Physiology or Medicine, Literature, Peace, and Economic Sciences." }
Rewrite the text in JSON format. Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.
{ "text": "Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.", "date": ["December 6, 2024", "December 12, 2024"] }
Generate a JSON representation from the provided text. Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.
{ "text": "Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.", "date": ["December 6, 2024", "December 12, 2024"] }
Output the provided content as JSON. Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.
{ "text": "Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.", "date": ["December 6, 2024", "December 12, 2024"] }
Generate a JSON representation from the provided text. Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.
{ "text": "Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.", "date": ["December 6, 2024", "December 12, 2024"] }
Output the provided content as JSON. Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.
{ "text": "Nobel Week was scheduled to take place from December 6 to December 12, 2024, including lectures, dialogues, and discussions.", "date": ["December 6, 2024", "December 12, 2024"] }
Rewrite the text in JSON format. The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.
{ "text": "The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.", "date": ["December 10, 2024"], "place": ["Oslo"] }
Generate a JSON representation from the provided text. The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.
{ "text": "The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.", "date": ["December 10, 2024"], "place": ["Oslo"] }
Output the provided content as JSON. The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.
{ "text": "The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.", "date": ["December 10, 2024"], "place": ["Oslo"] }
Output the provided content as JSON. The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.
{ "text": "The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.", "date": ["December 10, 2024"], "place": ["Oslo"] }
Produce a JSON version of the given text. The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.
{ "text": "The award ceremony and banquet for the Peace Prize were scheduled to be held in Oslo on December 10, 2024.", "date": ["December 10, 2024"], "place": ["Oslo"] }
Structure the input as JSON data. The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.
{ "text": "The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.", "place": ["Stockholm"] }
Produce a JSON version of the given text. The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.
{ "text": "The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.", "place": ["Stockholm"] }
Generate a JSON representation from the provided text. The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.
{ "text": "The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.", "place": ["Stockholm"] }
Structure the input as JSON data. The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.
{ "text": "The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.", "place": ["Stockholm"] }
Output the provided content as JSON. The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.
{ "text": "The award ceremony and banquet for all other categories were scheduled for the same day in Stockholm.", "place": ["Stockholm"] }
Generate a JSON representation from the provided text. Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.
{ "text": "Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.", "date": ["2024"], "people": ["Geoffrey Hinton"] }
Rewrite the text in JSON format. Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.
{ "text": "Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.", "date": ["2024"], "people": ["Geoffrey Hinton"] }
Produce a JSON version of the given text. Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.
{ "text": "Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.", "date": ["2024"], "people": ["Geoffrey Hinton"] }
Generate a JSON representation from the provided text. Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.
{ "text": "Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.", "date": ["2024"], "people": ["Geoffrey Hinton"] }
Render the text into JSON form. Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.
{ "text": "Geoffrey Hinton was awarded the 2024 Nobel Prize in Physics for his research on machine learning.", "date": ["2024"], "people": ["Geoffrey Hinton"] }
Render the text into JSON form. Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories.
{ "text": "Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories." }
Produce a JSON version of the given text. Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories.
{ "text": "Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories." }
Structure the input as JSON data. Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories.
{ "text": "Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories." }
Render the text into JSON form. Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories.
{ "text": "Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories." }
Generate a JSON representation from the provided text. Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories.
{ "text": "Hinton’s win provoked debates about the lack of recognition for computation and mathematics in the Nobel Foundation's categories." }
Structure the input as JSON data. Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.
{ "text": "Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.", "people": ["Hinton"] }
Rewrite the text in JSON format. Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.
{ "text": "Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.", "people": ["Hinton"] }
Structure the input as JSON data. Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.
{ "text": "Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.", "people": ["Hinton"] }
Output the provided content as JSON. Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.
{ "text": "Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.", "people": ["Hinton"] }
Generate a JSON representation from the provided text. Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.
{ "text": "Some critics argued that Hinton’s work was crucial but not traditionally aligned with physics.", "people": ["Hinton"] }
Generate a JSON representation from the provided text. The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.
{ "text": "The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.", "date": ["2024"], "place": [], "people": [] }
Rewrite the text in JSON format. The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.
{ "text": "The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.", "date": ["2024"], "place": [], "people": [] }
Output the provided content as JSON. The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.
{ "text": "The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.", "date": ["2024"], "place": [], "people": [] }
Produce a JSON version of the given text. The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.
{ "text": "The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.", "date": ["2024"], "place": [], "people": [] }
Output the provided content as JSON. The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.
{ "text": "The 2024 Nobel Prize in Economic Sciences was one of the most controversial in recent history, according to The Atlantic.", "date": ["2024"], "place": [], "people": [] }
Produce a JSON version of the given text. The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.
{ "text": "The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.", "people": ["Daron Acemoglu", "Simon Johnson", "James Robinson"] }
Generate a JSON representation from the provided text. The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.
{ "text": "The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.", "people": ["Daron Acemoglu", "Simon Johnson", "James Robinson"] }
Generate a JSON representation from the provided text. The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.
{ "text": "The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.", "people": ["Daron Acemoglu", "Simon Johnson", "James Robinson"] }
Output the provided content as JSON. The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.
{ "text": "The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.", "people": ["Daron Acemoglu", "Simon Johnson", "James Robinson"] }
Output the provided content as JSON. The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.
{ "text": "The prize was awarded to Daron Acemoglu, Simon Johnson, and James Robinson for their research.", "people": ["Daron Acemoglu", "Simon Johnson", "James Robinson"] }
Rewrite the text in JSON format. The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI.
{ "text": "The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI." }
Render the text into JSON form. The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI.
{ "text": "The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI." }
Rewrite the text in JSON format. The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI.
{ "text": "The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI." }
Generate a JSON representation from the provided text. The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI.
{ "text": "The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI." }
Structure the input as JSON data. The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI.
{ "text": "The Artificial Intelligence Act (AI Act) is a European Union regulation that establishes a common legal framework for AI." }
Render the text into JSON form. The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.
{ "text": "The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.", "date": ["August 1, 2024"] }
Rewrite the text in JSON format. The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.
{ "text": "The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.", "date": ["August 1, 2024"] }
Produce a JSON version of the given text. The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.
{ "text": "The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.", "date": ["August 1, 2024"] }
Produce a JSON version of the given text. The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.
{ "text": "The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.", "date": ["August 1, 2024"] }
Rewrite the text in JSON format. The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.
{ "text": "The Act came into force on August 1, 2024, with provisions set to gradually take effect over the next 6 to 36 months.", "date": ["August 1, 2024"] }
Render the text into JSON form. The Act covers all AI applications except those used for military, national security, research, and non-professional purposes.
{ "text": "The Act covers all AI applications except those used for military, national security, research, and non-professional purposes." }
Render the text into JSON form. The Act covers all AI applications except those used for military, national security, research, and non-professional purposes.
{ "text": "The Act covers all AI applications except those used for military, national security, research, and non-professional purposes." }
Output the provided content as JSON. The Act covers all AI applications except those used for military, national security, research, and non-professional purposes.
{ "text": "The Act covers all AI applications except those used for military, national security, research, and non-professional purposes." }
Rewrite the text in JSON format. The Act covers all AI applications except those used for military, national security, research, and non-professional purposes.
{ "text": "The Act covers all AI applications except those used for military, national security, research, and non-professional purposes." }
Structure the input as JSON data. The Act covers all AI applications except those used for military, national security, research, and non-professional purposes.
{ "text": "The Act covers all AI applications except those used for military, national security, research, and non-professional purposes." }
Rewrite the text in JSON format. The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models).
{ "text": "The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models)." }
Generate a JSON representation from the provided text. The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models).
{ "text": "The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models)." }
Render the text into JSON form. The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models).
{ "text": "The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models)." }
Generate a JSON representation from the provided text. The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models).
{ "text": "The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models)." }
Produce a JSON version of the given text. The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models).
{ "text": "The AI Act classifies AI systems into five risk categories: Unacceptable risk (banned AI systems), High risk (strictly regulated applications), Limited risk (moderate transparency requirements), Minimal risk (few regulations), General-purpose AI (additional rules for large-scale models)." }
Render the text into JSON form. High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements.
{ "text": "High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements." }
Produce a JSON version of the given text. High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements.
{ "text": "High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements." }
Output the provided content as JSON. High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements.
{ "text": "High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements." }
Render the text into JSON form. High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements.
{ "text": "High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements." }
Render the text into JSON form. High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements.
{ "text": "High-capability AI models must undergo additional evaluations, while open-source models have reduced requirements." }
Produce a JSON version of the given text. The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance.
{ "text": "The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance." }
Output the provided content as JSON. The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance.
{ "text": "The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance." }
Generate a JSON representation from the provided text. The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance.
{ "text": "The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance." }
Rewrite the text in JSON format. The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance.
{ "text": "The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance." }
Rewrite the text in JSON format. The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance.
{ "text": "The European Artificial Intelligence Board (EAIB) was created to oversee national cooperation and compliance." }
Generate a JSON representation from the provided text. The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU.
{ "text": "The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU." }
Structure the input as JSON data. The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU.
{ "text": "The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU." }
Produce a JSON version of the given text. The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU.
{ "text": "The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU." }
Generate a JSON representation from the provided text. The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU.
{ "text": "The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU." }
Produce a JSON version of the given text. The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU.
{ "text": "The Act applies extraterritorially, meaning non-EU AI providers must comply if their systems are used in the EU." }
Output the provided content as JSON. AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6).
{ "text": "AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6)." }
Rewrite the text in JSON format. AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6).
{ "text": "AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6)." }
Rewrite the text in JSON format. AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6).
{ "text": "AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6)." }
Produce a JSON version of the given text. AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6).
{ "text": "AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6)." }
Output the provided content as JSON. AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6).
{ "text": "AI systems used for military or national security purposes are exempt from the Act (Articles 2.3 and 2.6)." }
Produce a JSON version of the given text. Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2).
{ "text": "Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2)." }
Render the text into JSON form. Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2).
{ "text": "Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2)." }
Output the provided content as JSON. Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2).
{ "text": "Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2)." }
Generate a JSON representation from the provided text. Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2).
{ "text": "Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2)." }
Structure the input as JSON data. Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2).
{ "text": "Algorithmic video surveillance is banned unless used in real-time policing operations, such as preventing terrorist attacks (Article 5.2)." }
Render the text into JSON form. The Act establishes national competent authorities responsible for enforcing regulations in each EU member state.
{ "text": "The Act establishes national competent authorities responsible for enforcing regulations in each EU member state." }
Rewrite the text in JSON format. The Act establishes national competent authorities responsible for enforcing regulations in each EU member state.
{ "text": "The Act establishes national competent authorities responsible for enforcing regulations in each EU member state." }
Render the text into JSON form. The Act establishes national competent authorities responsible for enforcing regulations in each EU member state.
{ "text": "The Act establishes national competent authorities responsible for enforcing regulations in each EU member state." }
Rewrite the text in JSON format. The Act establishes national competent authorities responsible for enforcing regulations in each EU member state.
{ "text": "The Act establishes national competent authorities responsible for enforcing regulations in each EU member state." }
Produce a JSON version of the given text. The Act establishes national competent authorities responsible for enforcing regulations in each EU member state.
{ "text": "The Act establishes national competent authorities responsible for enforcing regulations in each EU member state." }
Structure the input as JSON data. EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.
{ "text": "EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.", "date": ["December 9, 2023"], "place": ["EU"], "people": [] }
Generate a JSON representation from the provided text. EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.
{ "text": "EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.", "date": ["December 9, 2023"], "place": ["EU"], "people": [] }
Generate a JSON representation from the provided text. EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.
{ "text": "EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.", "date": ["December 9, 2023"], "place": ["EU"], "people": [] }
Render the text into JSON form. EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.
{ "text": "EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.", "date": ["December 9, 2023"], "place": ["EU"], "people": [] }
Generate a JSON representation from the provided text. EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.
{ "text": "EU leaders debated AI governance extensively, with final agreements reached on December 9, 2023.", "date": ["December 9, 2023"], "place": ["EU"], "people": [] }