Projeto All in Scratch

机译：所有划痕项目

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摘要

O presente artigo refere um projeto - All in Scratch - desenvolvido no ambito da programa??o e robótica com o objetivo de promover o sucesso escolar através da implementa??o de uma pedagogia associada à resolu??o de problemas, com base nos fundamentos da linguagem de programa??o Scratch e utilizando componentes estruturais que visam o desenvolvimento das competências dos alunos em diferentes áreas disciplinares. O projeto All in Scratch resulta da combina??o de diferentes subprojectos, cujo público-alvo abrange alunos do pré-escolar ao ensino superior.

机译：本文涉及一个项目 - 所有在机器人计划的跨境中开发的目标是通过实施与问题解决的教育学的教育学来促进学校成功，基于基础划痕计划和使用针对旨在发展的结构组件不同纪律领域的学生技能。全部划痕项目是由不同子项目的组合产生的，其目标受众涵盖学前的学生到高等教育。

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来源
《Conference on Information Systems and Technologies》|2017年|752-1529 p. :|共4页
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作者
Ricardo André Silva Santos Almeida; Maria Emilia Bigotte de Almeida;
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原文格式 PDF
正文语种
中图分类 G203-532;
关键词
Scratch; TIC; Aprendizagem; Sucesso Escolar;

机译：划伤;TIC;学习;学校成功;
入库时间 2022-08-21 07:41:09

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专利

1. Sanchez A . Ford G . Itch!: Everything You Didn't Want to Know about What Makes You Scratch . Boston, MA : Houghton Mifflin Harcourt ; 2018 : 74 Sanchez A Sanchez Sanchez A A . Ford G Ford Ford G G . Itch!: Everything You Didn't Want to Know about What Makes You Scratch Itch!: Everything You Didn't Want to Know about What Makes You Scratch . Boston, MA Boston, MA : Houghton Mifflin Harcourt Houghton Mifflin Harcourt ; 2018 2018 : 74 74 [J] . Rajpal Neha, Norton Scott Pediatric dermatology . 2019,第5期

机译：桑切斯a。福特G. 痒！：你不想知道什么让你划伤的东西。波士顿，马：Houghton Mifflin Harcourt; 2018年：74 Sanchez A Sanchez Sanchez A a。福特g ford ford g g。痒！波士顿，马波斯顿，马：霍顿MIFFLIN HARCOURT HOUGHTON MIFFLIN HARCOURT; 2018 2018年：74 74
2. Sensing Method of Patient’s Body Movement Without Attaching Sensors on the Patient’s Body Evaluation of “Scratching Cheek,” “Turning Over and Scratching Back,” and “Scratching Shin” [J] . Yosuke Kurihara, Takashi Kaburagi, Kajiro Watanabe Sensors Journal, IEEE . 2016,第23期

机译：在患者的身体上未安装传感器的情况下的患者身体运动的感应方法，评估“抓挠脸颊”，“翻身和抓挠背部”和“抓挠胫骨”
3. Influence of double-tip scratch and single-tip scratch on nano-scratching process via molecular dynamics simulation [J] . Peng Zhang, Hongwei Zhao, Chengli Shi, Applied Surface Science . 2013,第sepa1期

机译：分子动力学模拟双尖划痕和单尖划痕对纳米划痕过程的影响
4. Projeto All in Scratch [C] . Ricardo Andre Silva Santos Almeida, Maria Emilia Bigotte de Almeida Iberian Conference on Information Systems and Technologies . 2017

机译：所有划痕项目
5. Seismic Deblending: Using Iterative and Compressive Sensing Methods to Quantify Blending Noise Impact on 4D Projects =Seismic deblending: Usando os métodos iterativo e compressive sensing para quantificar o impacto do blending noise em projetos 4D [D] . Velasques, Max M. 2020

机译：地震脱模：使用迭代和压缩检测方法对4D项目量化混合噪声影响=地震弯曲：使用迭代和压缩感测方法量化对4D项目的混合噪声影响
6. More than Scratching the Surface: Recent Progress in Brain Mechanisms Underlying Itch and Scratch [O] . Xu Liu, Xiu-Hua Miao, Tong Liu 2020

机译：不仅仅是刮伤了表面：瘙痒和划痕的脑机制最近进展
7. ScratchAnalytics: Um Framework para Coleta e Análise de Interações em Projetos Scratch [O] . Jorge Luis Nachtigall Vaz Junior, Tiago Thompsen Primo, Ana Marilza Pernas 2020

机译：stratchanalytics：一种收集和分析划痕项目的互动框架

Projeto All in Scratch

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