출석 및 과제점검표(재택수업 스스로 점검하기)

학과: 행정학과

학번: 21804718

주(날짜)	출석(당일)	지각(해당주)	결석(그이후)	과제	비고
1주차(1)	○				수강정정기간
2주차(1)	○				수강정정기간
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3주차(1)	○
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6주차(1)	○
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7주차(1)	○
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8주차 중간고사
9주차(1)
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10주차(1)
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11주차(1)
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12주차(1)
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13주차(1)
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기말고사
과제1(04/14/수)				O
과제2(제출일자)
계

이름: 이영미

강의 요약 정리

1주차(1)

I got to know how to proceed with this class and the class materials.

2주차(1)

Today, I took a class about the reason why I study. It is said that plants and animals study as much as they need for life, but humans study for development. I took this class today and thought about what kind of study I am studying. And I reflected on whether I was living a life with potential for development.

2주차(2)

People who know how to use the Internet survive in the global era.

And people who grow up through studying can go faster than others.

It is said that slow people can’t be chosen.

I agree with this to some extent, but on the other hand, if you go too fast, you may miss something.

Whether my speed is fast or slow, I want to grow up with others.

3주차(1)

I learned about the new paradigm of the information age.

The information society is a society where the basic core of "information" is combined with computer and communication technologies to accumulate, process, and deliver information through a computer network that is completely different from the industrial society.

Changes in the social structure of informatization include changes in economic, political and administrative aspects.

In the economic sector, e-commerce will be the mainstay of the economy, and the biggest change in terms of politics and administration is to build an e-government.

In the information society, the memory of knowledge will be made by computers, and creation will be made by the human head.

3주차(2)

I learned about technology leading the Fourth Industrial Revolution and learned about the sharing economy and subscription economy.

In the era of the Fourth Industrial Revolution, AI complements the limitations of human thinking skills and data processing methods.

Through AI, humans can benefit economically from the benefits of acquiring information.

In order to live in a society where AI is taken for granted, we need to be well aware of the information and technology of AI.

It is also necessary to take a closer look at the limitations and negative aspects of AI.

Just as AI complements human limitations, humans will be able to complement AI limitations.

4주차(1)

To simplify the characteristics of information, there are seven.

First, information is non-consumable.

Second, information can be copied.

Third, as information accumulates, its value and effectiveness increase.

Fourth, it has non-transferable features and increases in value due to new users.

Fifth, information is continuously available.

Sixth, information needs to be updated to maintain its value, and when information similar to existing information is created, it has little value.

Finally, the producer of information may be a consumer at the same time.

4주차(2)

A public information system is an information system available to the public.

Public information systems are in both the public and private sectors, and citizens and businesses can use such systems.

Orman defines a public information system as 'a system designed for use by the general public, not experts in a particular field or organization'.

The 'public management information system' is a concept, research area and partly redundant with respect to the public information system.

Companies can be involved in the public information system as customers. An entity may become a service provider in the presence of citizens, non-profit organizations and other entities, including government agencies, as a provider of information.

It is reasonable to view the entire private information system as a public information system.

Some public information systems can provide services in a much broader sense than helping citizens or businesses complete very specific tasks.

5주차(1)

Information society and environmental characteristics include personal and international environments, and domestic environments.

Looking at the information society in an international environment, major developed countries are committed to developing information industries that can effectively utilize information infrastructure to reduce social costs in producing, exchanging and using information.

Korea's information service social characteristics have been spending time and money to build information infrastructure since the Electronic Government Act was passed in 2001.

To take a closer look, there is a plan to select and promote information service leading projects.

Private enterprises shall select services to be provided in areas where the demand for information service is expected to be high.

Develop and disseminate content necessary to provide selected services.

Establish a network that can quickly provide services to the people.

To verify its effectiveness in advance, pilot projects are carried out in limited areas.

5주차(2)

Public information systems support tasks and processes in which different types of actors participate in different roles. Public information systems and users will require access to data in their support roles. In addition, the information system process itself generates data. The data used and produced by a public information system may be categorised in different ways.

*Operative data is data that is absolutely necessary for the processing and completion of a particular task. During a task, process participants can provide task data or obtain information from already existing databases, but such data should be provided in some way.

*Procedure data are descriptions and other representations of the rules. For example, the legislative process, the management process, or the design process. Sometimes rules are embedded in software used by data processing systems, and sometimes rules are stored in separate 'knowledge-based' interface procedural algorithms and processes, making them more clearly separated from procedures.

*Instructional data is not required for the proper functioning of supported processes unlike operational data, but is called instructional or analytical data. The efficiency of the process and the quality of the results are considered valuable. For example, statistical data and metrics are often used in decision-making processes, and assumptions are to improve the quality of decisions.

*Metadata is simply defined as 'data on data'. Metadata can help users perform the following tasks:

-Understand others in the communication process: the communication process is either direct (facing) or indirect (through data stored in the database)

-The desired search for data, the exploratory role of metadata

-Interpreting Data - Description Role of Metadata

-Specific actions and actions - the indicator role of metadata

*Process Data is data that receives feedback from the information delivery process. It may be used to inform design or operation problems of the public information system and may be used as a starting point for improvement. It mainly provides information about the process, but also indirectly informs the quality of the data generated by the process. Thus, paradata can be considered a subcategory of metadata.

*Archive data should play a more important role in future systems than in today's typical systems. When properly collected and organized, archive data should reflect the permanent storage of real processes supported by public information systems.

	사용	생산
운영테이터	개별 행위자 또는 수집된 PIS가 지원하는 작업 프로세스가 필요한 경우에 대한 데이터	외부에서 수집하거나 데이터 베이스 및 아카이브에서 다른 프로세스로 유지, 관리
절차데이터	규정 및 개별 사례 지침	별도의 규제 프로세스 및 설계 프로세스로부터 획득
분석(지시)데이터	PIS가 지원하는 프로세스 품질에 대한 통계, 지표, 및 기타 중요도 데이터	검토 중인 PIS를 지원하는 인프라의 일부일 수 있는 별도의 프로세스 및 정보 시스템에 의해 생산
메타데이터	기타 데이터의 내용, 의미, 목적, 품질, 가용성에 대한 정보	설계 및 문서화 프로세스에 의해 생성됨
프로세스데이터	동일한 프로세스 또는 다른 프로세스 사례, 다른 프로세스의 재사용 패러다임	작업에서 프로세스에 의해 생성된 기능(메타데이터의 일종으로 간주되는 프로세스의 성능일 수 있음)에 대한 정보 제공
보관데이터(기록)	다른 프로세스의 아카이브 데이터 재사용	운영 프로세스에 의해 생성된 데이터 또는 저장된 현재 프로세스에 대한 미래 시스템 데이터의 사용과 분석

6주차(1)

I learned about the student's preparedness according to the changes in the educational paradigm.

Students need continuous education and training in their ability to use information and computers.

And you should be able to build your own website and prepare for the future.

Search engines should be able to find information that is curious or lacking.

In particular, using online sites to accumulate data related to areas of interest can be a job strategy in the information age.

I need to contact the public institution I am interested in and develop my ability to fit the talent that the institution wants.

Finally, students can survive in the information age only when they can grow rapidly through voluntary participation in classes and constant learning.

6주차(2)

To know GIS, you need to know the geography.

You should be interested in ‘where‘ it is, why it is there, and why you care about it.

We obtain data using the Location Information System (GIS), and the data is transformed into information to become knowledgeable.

A simple definition of GIS is a system that helps manipulate, analyze, and display information belonging to the computer's software and hardware, data, and spatial locations.

Eighty percent of the total data consists of data that can be analyzed spatially.

GIS is a system for visualizing, manipulating, analyzing, and representing spatial data.

Let me introduce two ways to input and visualize data in GIS.

It can be expressed in terms of how to enter 'pixel' positions and values, vector linear points, and polygons.

There are various places ‘where‘ GIS is used.

It is also used for emergency dispatch of firefighters and police, and is used for environmental monitoring and modeling.

It is used in delivery systems that we often use, and it is also used in the industry, transportation, telecommunications, and medical industries.

In particular, it is also used in national affairs such as government, local and military education research, and administration.

Thus, it is an indispensable system in areas and institutions that require analysis of spatial data.

7주차(1)

Data is a simple set of facts or numbers, but information has meanings derived from one or more data.

Therefore, information is easy to share and analysis can generate new information.

When classifying information, there are location data and characteristic data (shape data, video data, and attribute data).

Location data refers to information that represents the position of a point or line on an image or map in coordinates (perpendicular to the plane).

Location data include relative location data and absolute location data.

Characteristic information includes shape data, video data, and attribute data.

First, shape data means data composed of six shape elements to describe map shapes and annotations.

These six shape elements include dots, lines, pixels, lattices, and symbols.

Video data refers to information entered by quantifying information on images or photographs obtained through satellites and aircraft.

Property data are data indicating the characteristics, quality, and geographical location of map features.

Types of GIS data include documents, maps, aerial photographs, satellite imagery, statistics, and survey data.

The data composition of GIS shapes includes raster, vector, and surface.

Features of vector data represent spatial data consisting of points, lines, and faces.

That is, the positions of the points, lines, and faces are recorded in x-coordinates and y-coordinates.

Vector data is used in systems that are advantageous for the formation of phase structures and require precise management.

The characteristic of the Lester data is that it has a structure similar to that of storing and managing data on a cell or pixel-by-pixel basis.

Lester data is difficult to update and the amount of data is huge.

Surface data is characterized by surface modeling using elevation values in addition to x and y plane locations.

The advantages of vector data are similar to the actual shape of the map, can be expressed at high resolution, have high spatial accuracy, and generally have small storage space.

However, it has a complex structure, requires a high level of technology, and is expensive to deploy.

The advantages of Lester data are simple structures, easy to analyze, and relatively easy to acquire data.

The disadvantages are low spatial accuracy, low resolution, and large data capacity.

The advantages and disadvantages of the two materials can be supplemented.

Next, a topological structure refers to the study of points, lines, faces, and locations in a space that shows the relationship between shape and location regardless of quantity or size.

7주차(2)

The professor gave a midterm exam and a lecture (attendance check, summary of the class).