Ders Planı

Lesson Information

Course Credit	2.0
Course ECTS Credit	4.0
Teaching Language of Instruction	Türkçe
Level of Course	Bachelor's Degree, TYYÇ: Level 6, EQF-LLL: Level 6, QF-EHEA: First Cycle
Type of Course	Programme Elective
Mode of Delivery	Face-to-face
Does the course require compulsory or optional work experience?	S
Course Coordinator
Instructor (s)
Course Assistant

Purpose and Content

The aim of the course	The concept of 'The Internet of Objects' represents the point where the present virtual world, integrated with technology, emerges from the abstract and meets reality. The existence of technological products for the purpose of facilitating life reveals the impossibility of remaining objects that are produced only within themselves. For this reason, the technology must be closely following the life of the individual and constantly adapting to its differentiating conditions.
Course Content	Course Content In the course; integration of objects into individuals, internet-compatible objects, aimed at acquiring hardware and information in personalized, updated and personalized technology subjects. The student will be able to make applications that will facilitate the individual's life by learning the projects and the integration of the individual-focused object and technology.

The aim of the course

The concept of 'The Internet of Objects' represents the point where the present virtual world, integrated with technology, emerges from the abstract and meets reality. The existence of technological products for the purpose of facilitating life reveals the impossibility of remaining objects that are produced only within themselves. For this reason, the technology must be closely following the life of the individual and constantly adapting to its differentiating conditions.

Course Content

Course Content In the course; integration of objects into individuals, internet-compatible objects, aimed at acquiring hardware and information in personalized, updated and personalized technology subjects. The student will be able to make applications that will facilitate the individual's life by learning the projects and the integration of the individual-focused object and technology.

Learning Outcomes

Know the structural, administrative and technical features in the process of transition from conventional media to new media.
Has knowledge in humanity and social sciences.
Knows the features of new media literacy.
Knows processes and developments specific to interactive and participatory new media culture.
Has advanced reading, thinking and analytical analysis skills that can critically evaluate new media content.
Has the ability to integrate professional and practical skills with new theoretical knowledge on new communication technologies.
Has the ability to analyze the effects of new media on social life, economy, culture and politics.
Designs and implements media for content delivery and distribution for digital platforms.
Studies harmoniously and efficiently in groups and/or individually.
Examines research and development projects with a critical approach in order to find solutions for the problems in new media field.
Keeps an eye on the progress in science and technology.
Follows the local, regional, national and international agenda and evaluates it critically.
Conveys topics related to new media to experts and non experts in an efficient and accurate manner with written, oral or visual communication methods.
Communicates to his/her colleagues in new media field by means of using a foreign language.
Has the competence to develop new media projects.
Abstract and concrete concepts; turns it into creative thinking, innovative and original works.
Plans and manages professional events.
Has technical awareness
Has a sense of responsibility for professional and ethical values.

Weekly Course Subjects

1	1 Internet of Objects (IoT) Overview No Files Found
2	2 M2M and IoT Comparison No Files Installed
3	3 Objects of the Internet Business Models and Application Areas No Files Installed
4	4 Objects of the Internet Layered Network and Protocol Architecture No Files Installed
5	5 IOT Communication Technologies: RFID, NFC and Applications No Files Found
6	6 IOT Communication Technologies: BLE Beacon, Beacon Eddystone and Applications No Files Found
7	7 Midterm Exam No Files Found
8	8 IoT Communication Technologies: ZigBee, WSN, Z-Wave, Google Wave and Applications No Files Found
9	9 IOT Communication Technologies: GSM, GPS and Applications No Files Installed
10	10 IOT Communication Protocols: XMPP, CoAP, SoAP, REST No Files Found
11	11 IoT Communication Protocols: MQTT, AMQP, DDS No Files Installed
12	12 IOT Operating Systems: TinyOS, Google Brillo No Files Found
13	13 Large Data on the Internet of Objects
14	final

Resources

-Rifkin J. (2015) Nesnelerin İnterneti ve İşbirliği Çağı (Çev: Levent Göktem). İstanbul: Optimist
-Greengard S.(2017) Nesnelerin İnterneti (Çev: Müge Çavdar). İstanbul: Optimist
-Çapkan Y. , Avcı F. (2016) İntel Edison ile Nesnelerin İnterneti. İstanbul: Pusula Yayıncılık
-Dökmetaş G. (2016) Arduino ve Rasberry PI ile Nesnelerin İnterneti. İstanbul:Dikeyeksen

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CLASS 3

CLASS 4

Lesson Information

Purpose and Content

Learning Outcomes

Weekly Course Subjects

Resources

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