21 12覿 谿朱 螳 襷企一危 覺. 企ゼ 牛 襷企一危 磯Μ 玖骸 觜讀れ 殊 レ 危危螻, 企殊磯 襷企一危 企至 讌 危エ覺. | Let's learn about the MyData business that starts sequentially in December 2021. Through this, we understand the impact of MyData business on our lives and businesses, and look at how we can apply MyData business on the cloud.
'企殊磯'覃 るゴ IoT, 5G れ 豕 IT 蠍一れ . 蠏碁Μ螻 企 豕 IT 蠍一れ 企殊磯 朱 螻旧企螻 一, る語一 企殊磯 蟯螻, 蠏碁Μ螻 れ企 企殊磯 弰 譴觜螻 る 蟯 蠍一れ 螳 | 'Cloud' brings together a variety of latest IT technologies, including emerging IoT and 5G. And these latest IT technologies are being delivered reliably on the cloud, and I'm going to introduce you to the relationship between smart city and cloud, and the smart city technologies that Naver's cloud platform is preparing for.
螻糾概蠍郁 企殊磯 蠍襦 磯 磯 れ企企殊磯弰 企殊磯 觜り レ 螳蟯覦螻 給. 伎 磯 れ企企殊磯弰 觜るれ 危エ覲願, 企殊磯 蠍一 螳蟯覦 讌 螻糾概蠍郁 企殊磯 企 蠍一れ 譯朱伎狩讌 る襴暑 | With the rapid spread of public institutions' adoption of cloud, Naver Cloud Platform's cloud services are gaining traction in the market. We look at Naver Cloud Platform's services, and why cloud technology is so popular that public organizations will be able to focus on what technologies are in the cloud.
蠍一 覃/企襴 企殊磯 譯朱伎狩讌, 蠏碁Μ螻 れ 覃/企襴 螻 襦襯 危エ覺殊 覃/企襴 旧 語 れ 襴暑 | Why businesses should pay attention to multi-/hybrid clouds, and by looking at real-world multi/hybrid types and examples, we offer real help in creating a multi- and hybrid performance strategy.
21 12覿 谿朱 螳 襷企一危 覺. 企ゼ 牛 襷企一危 磯Μ 玖骸 觜讀れ 殊 レ 危危螻, 企殊磯 襷企一危 企至 讌 危エ覺. | Let's learn about the MyData business that starts sequentially in December 2021. Through this, we understand the impact of MyData business on our lives and businesses, and look at how we can apply MyData business on the cloud.
'企殊磯'覃 るゴ IoT, 5G れ 豕 IT 蠍一れ . 蠏碁Μ螻 企 豕 IT 蠍一れ 企殊磯 朱 螻旧企螻 一, る語一 企殊磯 蟯螻, 蠏碁Μ螻 れ企 企殊磯 弰 譴觜螻 る 蟯 蠍一れ 螳 | 'Cloud' brings together a variety of latest IT technologies, including emerging IoT and 5G. And these latest IT technologies are being delivered reliably on the cloud, and I'm going to introduce you to the relationship between smart city and cloud, and the smart city technologies that Naver's cloud platform is preparing for.
螻糾概蠍郁 企殊磯 蠍襦 磯 磯 れ企企殊磯弰 企殊磯 觜り レ 螳蟯覦螻 給. 伎 磯 れ企企殊磯弰 觜るれ 危エ覲願, 企殊磯 蠍一 螳蟯覦 讌 螻糾概蠍郁 企殊磯 企 蠍一れ 譯朱伎狩讌 る襴暑 | With the rapid spread of public institutions' adoption of cloud, Naver Cloud Platform's cloud services are gaining traction in the market. We look at Naver Cloud Platform's services, and why cloud technology is so popular that public organizations will be able to focus on what technologies are in the cloud.
蠍一 覃/企襴 企殊磯 譯朱伎狩讌, 蠏碁Μ螻 れ 覃/企襴 螻 襦襯 危エ覺殊 覃/企襴 旧 語 れ 襴暑 | Why businesses should pay attention to multi-/hybrid clouds, and by looking at real-world multi/hybrid types and examples, we offer real help in creating a multi- and hybrid performance strategy.
企殊磯 螳覿 企殊磯 蟷 譴 蠍一れ 危エ覲企, 企殊磯 貉危 危伎 蠍一 碁襯 危エ覲伎 給 | From the concept of cloud to important technologies with the cloud, you can see the understanding of cloud computing and technology trends.
企殊磯 貉危 蠍一 覲危ク覃伎 れ 一 螻 給. 企殊磯 螻給 AI 蠍磯レ 伎 觜 螳覦 煙ロ螻 給. 碁 豕蠏 5G 襦 IoT 煙 蠍一 煙 煙ロ覃伎 l 貉危 蟯 讀螻 給. 企殊磯 貉危螻 AI 蟯螻, 蠏碁Μ螻 襦 煙ロ 5G 蠍一 覈覃伎 企 覩碁螳 螳讌 危エ覲企襦 蟆給 | Cloud computing technology is becoming more common and more applicable to a variety of industries. The development of services using AI capabilities offered in the cloud is also emerging. In addition, as technologies such as 5G and new IoT have recently emerged, interest in edge computing has been increasing. Let's take a look at the future of cloud computing, the relationship between AI, and the new 5G technology.
1. Personal Cloud Computing 蠍一
Jaehyun Park
Jaehyunpark.kr@gmail.com
http://twitter.com/wisefree
http://facebook.com/jaehyunpark.kr
2. - Types of Cloud
- Personal Cloud Computing
- Classification of PCC
- Public PCC & Private PCC
- Hurdle
- Q&A
Contents
3. http://csrc.nist.gov/groups/SNS/cloud-computing/
Cloud
A model for enabling convenient, on-
demand network access to a shared pool
of configurable computing resources (e.g.,
networks, servers, storage, applications,
and services) that can be rapidly
provisioned and released with minimal
management effort or service provider
interaction.
4. Mobile Devices with Cloud Services; The limited processing and memory capabilities of
mobile devices have always required some use of the "cloud" for delivery of mobile
applications and services. However, the challenges inherent in application development
as well as the desire to enhance applications with location, presence, and other value-
added services are driving greater use of the cloud for creating advanced mobile
applications.(ABIresearch)
Mobile
Cloud Computing
FunctionalFunctional Processing
Power
Processing
Power
DataData
UIUI
GPS,
Gyroscope,
...
GPS,
Gyroscope,
...
Mobile Cloud
5. Cloud Infrastructure Services (IaaS)
Cloud Platform Services (PaaS)
Cloud End-User Services (SaaS)
Physical
Infrastructure
Service Users
Public Cloud
Private Cloud
Personal
Cloud
The types of cloud
Mobile
Cloud
6. Personal Cloud Computing
Integrated resource for organizing, preserving, sharing, and orchestrating personal info and med
Forrester Resea
Personal Cloud Concept
Public
Personal
Cloud
螳誤 覲 / 覩碁 觜 螻旧
Private
Personal
Cloud
螳誤 貉豸 覦 觜るゼ 蟯襴 Hub
Personal Cloud Mandatory
Features
Personal Online Back-up Service
Person Device Mgmt. &
Synchronization
Integrated Personal Information
Mgmt
Personalization
Integrated contents and Media Hhub
service
7. PCC 煙 覦郁化
Real Time
Web
Cloud
蠍磯
襴貅
Device
WEB
Browse
r
覈覦
覲願
Converge
nce
Web Centric
Age
Any Device, Any OS
Any Platform, Any App
Any Content
& Knowledge
螳誤
觜
+88%
09 綛 . 3G 90% Coverage
14 綛 . 4G 71% Coverage
Source: Press releases
譴 HTML5 讌朱
PC-Like 蟆 螻
09. 4 $ 14. 95 $ 蠏覈
Source: Juniper Research, Feb 10
覩瑚記 蠍一 豸
Source: SNL Kagan(2009),
れ螳 觜れ
Source: Expert Interview
蠍磯 3 screen ろ
一危 蠍磯 螳誤 豢豌
14. I. Push 蠍一 螳
Public PCC( 蟲 )
LG U+Box
螳 觜
覩碁 ろ碁Μ覦
觜
15. I. Push 蠍一 螳
Public PCC( 伎 )
Apple MobileMe
譯殊襦 , 殊蟯襴 ,
覯 , 豪ろ ,
, 一ろ ,
/ 危
16. I. Push 蠍一 螳
Public PCC( 伎 )
MS MyPhone
覦煙 覦
燕 觜
1 碁 200MB
Wipe Out
17. I. Push 蠍一 螳
Public PCC( 伎 )
SugarSync
Storage backup &
Sync
5G Free Storage
Support offline
access
Mobile,Web,Desktop
OpenAPI support
18. I. Push 蠍一 螳
Public PCC( 伎 )
Dropbox
Storage backup &
Sync
Mobile , Web ,
Desktop
OpenAPI support
19. I. Push 蠍一 螳
Public PCC( 伎 )
Box.net
Storage backup &
Sync
Mobile , Web ,
Desktop
OpenAPI support
20. I. Push 蠍一 螳
Public PCC( 伎 )
ZumoDrive
Personal Storage
Service
Web, Desktop,
Mobile
1G Free disk
10G 2.99$/month
21. I. Push 蠍一 螳
Public PCC( 伎 )
Soonr
Storage backup &
Sync
Mobile , Web ,
Desktop
22. I. Push 蠍一 螳
Public PCC( 伎 )
EverNote
Personal Knowledge
Sharing
Powerful OpenAPI
23. I. Push 蠍一 螳
Feature Matrix
MobileMe SugarSync DropBox Box.net Carbonite Mozy
backup
Sync with
multiple
Computers
Web
Access
Share
Stream
*Mobile
Support
Server
API
Mobile
API
Limited
*Mobile Support : iPhone,iPad,Android
29. 1. Push 蠍一
Private PCC
Axentra
HipServ
Boxee
Web-Enabled Home Server
Access to any data with
any of users linked
devices
Via the web, enjoy
collective data and media
from anywhere
Set-top Box streams online
content
Open Source S/W
managing online content
via single interface on TV
30. I. Push 蠍一 螳
Private PCC
Web-Enabled Home Server
Open Source
Good Open API
$129
Tonido
Web-Enabled Home Server
http://yourname.tonidoid.com
Ubuntu 9.04
CPU: 1.2 GHZ Sheeva Processor
Share and sync files, photos
and music without uploading
Windows, Linux, MacOSX,iPhone
99$
31. I. Push 蠍一 螳
Private PCC
Web-Enabled Desktop Server
Mobile & Desktop
ZumoCast
EPVOL Pdrive
Personal Storage Cloud
ろ語 螻旧蠍 + 螳 HDD
Web & Mobile(iphone)
#4: Essential Characteristics
1. On-demand self-service
A consumer can unilaterally provision computing capabilities, such as server time and network storage, as needed automatically without requiring human interaction with each services provider.
2. Broad network access
Capabilities are available over the network and accessed through standard mechanisms that promote use by heterogeneous thin or thick client platforms (e.g., mobile phones, laptops, and PDAs).
3.Resource pooling
The providers computing resources are pooled to serve multiple consumers using a multi-tenant model, with different physical and virtual resources dynamically assigned and reassigned according to consumer demand. There is a sense of location independence in that the customer generally has no control or knowledge over the exact location of the provided resources but may be able to specify location at a higher level of abstraction (e.g., country, state, or datacenter). Examples of resources include storage, processing, memory, network bandwidth, and virtual machines.
4. Rapid elasticity
Capabilities can be rapidly and elastically provisioned, in some cases automatically, to quickly scale out and rapidly released to quickly scale in. To the consumer, the capabilities available for provisioning often appear to be unlimited and can be purchased in any quantity at any time.
5. Measured Service
Cloud systems automatically control and optimize resource use by leveraging a metering capability at some level of abstraction appropriate to the type of service (e.g., storage, processing, bandwidth, and active user accounts). Resource usage can be monitored, controlled, and reported providing transparency for both the provider and consumer of the utilized service.