**4. Smart connected campus**

The IoT connected the device in some institution has its presence over campuses. Such institutes have found the way to bridge the gap for new sources of data for improving their data analysis by building potential infrastructure platform which will differentiate from the way student's skill improvement, faculty smart campus utilization, non-teaching like administrators data management, academic scholars and every other stakeholder in i-campus.

#### **4.1. Research question**

Research issues identified in this article are about for possibilities findings the solution to the list of question given below to get better understanding of the article purpose and findings to society


So this IS interesting fact for innovation of many connected devices to the campus. So IoT expectation helps to engage the students and educate them more efficient manner, also reduce function operational costs and helps to improve security model on the campus. Institutions also gain many advantages, so major factors are to put building infrastructure in place which will support for smart technologies.

#### **4.2. Applications of IoT**

• Smart home

of Smart Cities solve Traffic Congestion problems in reducing noise and pollution levels and

The era now is into the Smart grids. On the establishment of a Smart, the grid emphasizes on the information application about the behaviors of the electricity suppliers, consumers, mediators and the flow analysis. The process of improving the efficiency is based on economic usage of electricity, reliability and improvisation density. The number of hits and Google documents after the semantic infusion reaches new heights. But the tweets, density seem to be very low in the case of smart grids, giving a descending correlation of the above-mentioned technology.

The Internet is an integral part of routine comes from Industrial Internet which is one of the special Internet of Things applications. There are a number of Market Researchers such as Gartner or Cisco with the Industrial Internet IoT Concept bagging the overall potential. The Industrial Internet has got the highest number of tweets in Social Media compared to other non – consumer applied IoT concepts. The tweets per month account around 1700. It is not as much popular as the smart home or the wearables. It has got a very long way to reach the

There is a very slow process in the connected car. In spite that there is a very slow approach, the fact that the development of cycles in the Automotive Industry to make this fact come into reality, take at least a minimum of 2-4 years. BMW's and Fords of this world should start to foray into the market. If this does not happen at the present, then the next generation of Internet connected cars should soon be taken up by other well-known giants such as Google,

The IoT connected the device in some institution has its presence over campuses. Such institutes have found the way to bridge the gap for new sources of data for improving their data analysis by building potential infrastructure platform which will differentiate from the way student's skill improvement, faculty smart campus utilization, non-teaching like administra-

Research issues identified in this article are about for possibilities findings the solution to the list of question given below to get better understanding of the article purpose and findings

Microsoft, and Apple which has announced its own Connected Car platforms [13].

tors data management, academic scholars and every other stakeholder in i-campus.

help make the cities safer.

*3.2.5. Industrial internet*

domestic market.

*3.2.6. Connected car*

**4. Smart connected campus**

**4.1. Research question**

to society

*3.2.4. Smart grids*

94 Trends in E-learning


#### **4.3. i-Campus benefits**

The advancements on IoT in smart campus have enormous advantages. For all campus users like students and teachers, administrators all are new to this technology usage because they are not aware of this earlier. By using technology advancement students can be monitored and each other's too. It helps to utilize efficient energy consumption and also reduce energy burning for a range of all resources utilized within campuses for saving energy.

**4.4. Smart campus expectations**

• Transferring knowledge to others • Technology dispersion among all

• Benefits of the stakeholder in long-term focus

• Smart infrastructure for indoor and outdoor games

• Challenges on a the campus-like way of handling huge data

• Infrastructure is supporting owned IoT devices from BYOD.

• *Gamily using awards and grade, Students awarded the using badge.*

*How we can gamily educate in our classroom:* So many educators are testing gamification learning in the classroom and getting a good positive outcome. A wide variety of learning available

Some of the gamifying education as listed here for learner's understanding and gamification

• Student success ratio by using i-campus

• Highly secured physical space on campus

• Challenges in network security operation

• Mentoring and mentoring for research work

• Guidelines for mobile devices in i-campus

**4.5. Gamification: educational point of view**

introduces ant classroom on basis of gamification.

objective is to make learners highly engaged [16].

• *Educational video games integrated into our syllabus.*

• *Blend users using to gamily competition* [16]

• The project tracking and mentoring

• Connected Device Management • Inventory management of devices

• Connected smart vehicles

• Usability among all users

• To engage researchers

• Faculty mentoring

• Smart campus enhances the skilled employee to produce a smart society

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Automated lighting system and from air conditioner energy saving. The precise value of metering from resource utilization using sensors and institute has to pay as per resources being used. Education quality improvement: the IoT used in education field not only have a key impact in that field and also helps to improve the quality of the education. As millions of students studying global level at every college campus are fitted by this technology advancement [14].

In the near future, this goes to be a new trend in quite a large scale with IoT supported infrastructure build, So even rural students can able to be part of this global level accessibility of smart campuses which will uphold their life with highly skilled people in global market demands as changes in need according to scope of ROI in real markets [14].

Security is also a main concern due to the data breach occurrence every giant software application provider. So IoT-based i-campus may be exposed to large range possibilities of attacks. Hence Security model of i-campus highly concerned issues first among all other major functionalities. Smart Campus Challenges like stakeholders, members should be skilled, with more guidance able to deploy all devices with functionally capable, Sharing among the teacher for best practices, To engage all stakeholders among interested users, address all potential issues among iot project application approaches [15].

#### **4.4. Smart campus expectations**

• Retail market

96 Trends in E-learning

• Transportation

• Cyber security

• Agriculture field

• Telecommunications

**4.3. i-Campus benefits**

• logistics for supply chain

• Insurance with automation

• Smart home automation

• The environmental monitoring

• Manufacturing, automobile industry

• Education for the e-learning domain

The advancements on IoT in smart campus have enormous advantages. For all campus users like students and teachers, administrators all are new to this technology usage because they are not aware of this earlier. By using technology advancement students can be monitored and each other's too. It helps to utilize efficient energy consumption and also reduce energy

Automated lighting system and from air conditioner energy saving. The precise value of metering from resource utilization using sensors and institute has to pay as per resources being used. Education quality improvement: the IoT used in education field not only have a key impact in that field and also helps to improve the quality of the education. As millions of students studying global level at every college campus are fitted by this technology advancement [14].

In the near future, this goes to be a new trend in quite a large scale with IoT supported infrastructure build, So even rural students can able to be part of this global level accessibility of smart campuses which will uphold their life with highly skilled people in global market

Security is also a main concern due to the data breach occurrence every giant software application provider. So IoT-based i-campus may be exposed to large range possibilities of attacks. Hence Security model of i-campus highly concerned issues first among all other major functionalities. Smart Campus Challenges like stakeholders, members should be skilled, with more guidance able to deploy all devices with functionally capable, Sharing among the teacher for best practices, To engage all stakeholders among interested users, address all potential issues

burning for a range of all resources utilized within campuses for saving energy.

demands as changes in need according to scope of ROI in real markets [14].

among iot project application approaches [15].

• Energy management and distribution


### **4.5. Gamification: educational point of view**

*How we can gamily educate in our classroom:* So many educators are testing gamification learning in the classroom and getting a good positive outcome. A wide variety of learning available introduces ant classroom on basis of gamification.

Some of the gamifying education as listed here for learner's understanding and gamification objective is to make learners highly engaged [16].


Games have many elements that make them powerful vehicles for human learning. They are commonly structured for players solve a problem; an essential skill needed for today and tomorrow. Many games promote communication, cooperation, and even competition among players. Some of the most immersive games have a rich narrative that spawns creativity and imagination in its players. Finally, depending on how they are designed, games can both teach and test their players. They are incredible packages of teaching, learning, and assessment [17].

• Sensor for subjects, notes distribution, Sensor with Mobiles Devices and application

connection between things for integration of e-learning platform [20].

• Every user is able to share notes using modern classroom's connected devices.

• Blended learning uses the smart classroom; Institutes Progress is on the next level. • Allow the teacher to numbers of students makes like single classroom like virtual.

• Competitiveness among all others campuses due to localization connected devices.

• It enhances communication among users. In a single instance to send a notification to all

e-Learning platform model helps to understand infrastructure setup requirements and communication model among all entities in architecture. Below listed features are about possibilities to build new functionalities in every communication model set up like adding AR, 3D Visual in learning, Smartboard, Most compatible mobile application, new AI objects to e-learning platform etc. [21] All listed proposing new models such as 1) Augmented reality for IOT smart campus, 2) 3D objects based learning using IOT. 3) Display Board with IOT, 4)

Architecture model depicts connected device setup for note's sharing in e-learning model for any college campus to build i-campus. This is one of the communication models among teachers, students and administrators. Data collection in IoT-enabled campus and sharing

A mobile application with IoT platform data collection. 5) New Intelligent objects.

• Highly potential to expand its next level for teachers is to reach every student.

**5.4. Enhancement of connected IoT devices for the smart classroom**

• Classroom Monitoring, Collaborating with multiple classrooms • Energy utilization, BYOD Gadgets in the smart learning platform

• Data Traffic in the network, Interoperability of multiple devices in IoT [20]

**5.3. Significance of using smart classroom in e-learning model**

• Possible potential services for future IOT campus accessible using connected devices for

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• The teacher can able to share notes with all students using an e-learning application which

• Hotspot for campus with the highest configuration

users. Free accessible notes to all users [20].

• Smart Board & e-note's, New Communication model

**6. IoT-based e-learning application model**

that among users using IoT in i-campus (**Figures 6** and **7**).

is easily assessable.
