IOS vs Android

3. A MOBILE OPERATING SYSTEM is the operating system that controls a
Smartphone, Tablet, PDA, or other mobile devices
MAJOR MOBILE OS

4. Apple Inc. (IOS)
Type :Public
Industry :Computer Hardware and Software, Consumer
Electronics
Founded :April 1,1967
Founder :Steve Jobs
Steve Wozniak
Ronald Wayne
Headquarters :Cupertino, California, U.S
Revenue :US $ 156.508 billion (2012)
Employees :72,800 (2012)

5. Google Inc. (Android)
Type :Public
Industry :Internet, Computer Software, Mobile OS
Founded :September 4,1998
Founder :Larry Page
Sergey Brin
Headquarters :California, U.S
Revenue :U.S$ 50.17 billion (2012)
Employees :53,861 (2012)

6.  Apple’s mobile OS for phones (iPhone),
tablets (iPad), handhelds (iPod),
 based on BSD Unix
 Application programming done in Objective C
 Supports Bluetooth, Wi-Fi, and 3G and 4G
networking
 Latest ios version 6.1.3

7.  Android is an open source operating system,
created by Google specifically for use on mobile
devices (cell phones and tablets)
 Linux based (2.6 kernel)
 Can be programmed in C/C++ but most app
development is done in Java (Java access to C
Libraries via JNI (Java Native Interface))
 Supports Bluetooth, Wi-Fi, and 3G and 4G
networking
 Latest Android version 4.2.2 Jelly Bean

8.  It’s consortium of several companies.
 This group of companies are allowed to use
source code of Android and develop
applications.
 Reason for Nokia not to develop Android
Mobiles is Nokia is not part of OHA.

9.  Right now, It’s two horse race – IOS and ANDROID. Everyone else
is toast
 Android and IOS devices are being adopted globally 10x faster
than the PC, 2x faster than the 90s Internet Boom and 3x faster
than recent social networks
IOS
IOS is the new operating system for mobile devices.
It’s the product of Apple which you seen in Apple devices like iPhone, iPad,
and iPod touch.
IOS provide good interface for mobile devices where user get more comfort
in touch interface.
ANDROID
Android is Linux- based Operating System designed primarily for
touchscreen mobile devices such as smartphones and tablet computers.
Initially developed by Android Inc. ,Which google backed financially and
later purchased in 2005

10.  IOS comprises the operating system and technologies that you use to run
applications natively on devices , such as ipad, iphone and ipod touch.
 IOS even ensures that performance and battery space life don’t suffer
even if you are multitasking.
 It had a 14.9 % shared of the smartphone mobile OS units shipped in the
third quarter of 2012, behind only google’s android.
 Programmed in :C, C++, Objective-C
 OS family :OS X, UNIX
 Initial release :June 29,2007
 Kernel type :Hybrid (XNU)
 Default user :Cocoa touch
interface (multi-touch,GUI)

11. IPHONE 5
IPAD MINI IPOD TOUCH
4TH
GEN
IPOD TOUCH
5TH
GEN
IPAD IPHONE 3GS
IPAD 2
IPHONE
4S

12.  At the highest level, iOS acts as an intermediary between the underlying
hardware and the apps that appear on the screen. The apps you create
rarely talk to the underlying hardware directly. Instead, apps
communicate with the hardware through a set of well-defined system
interfaces that protect your app from hardware changes.
 The Kernel in IOS is based on same variant of the basic mach Kernel
that is found in MAC OSX
 In IOS, there are four abstraction layers:-

13.  Android is a Linux based Operating System.
 Android is open source and Google releases the code under the Apache
License.
 This open source code and permissive licensing allows the software to
be freely modified and distributed by device manufacturers, wireless
carriers and enthusiast developers.
 Programmed in :C, C++, JAVA
 OS Family :UNIX-LIKE
 Initial release :September 23,2008
 Kernel type :Monolithic (Modified
Linux Kernel)

16.  Linux version 2.6.x for core system services.
 Provides proven driver model.
 Provides memory management, process
management, security model, networking and lot of
core OS infrastructure

17.  Libc:c standard library
 SSL: Secure Socket Layer
 Surface Manager:
responsible for
composing different
drawing surfaces onto the
screen.
 OpenGL|ES : 3D Image Engine
 SGL : 2D image Engine.
 Hence we can combine 3D and 2D graphics in the same
application.
 Media Framework : Core part of the android multimedia.
MPEG4,H264,MP3,AAC…..
 FreeType: To render the fonts.
 WebKit:open source browser engine. Helps to work well on
small screen.

18. •Android runtime meet the needs of running in an embedded environment
,i.e., where is limited battery, limited
Memory and limited CPU.
• CORE LIBRARIES:
Java Programming Language
 contains all the collection classes, utilities, IO..all these utilities which
you come across and expected to use.
•DALVIK VIRTUAL MACHINE:
Java based license free VM
Optimization for low memory requirements.
DVM runs .dex files (byte codes) that converts during built time.
 more efficient and run very well on
small processors.
structure are designed to be shared
across processes due to which multiple
instance of DVM running on device at
the same time one in several processes

21. Notifications Newsstand Safari Siri
Face time Twitter Whatsapp Maps
Wifi sync Accesibility Air play Facebook

23. Google wallet Google play books Gmail Play music
Chrome Accesibility
Google maps Google talk Google play

24.  COMPANIES THAT HAVE
ADOPTED ANDROID
I. Samsung
II. Sony
III. Htc
IV. Huawei
V. Zte
VI. Lg
VII. Motorola
VIII.Lenovo
IX. Garmin
X. Dell

25.  Android has a much larger variety of screen sizes and resolutions, from small to
tablet size. See this page for more information on how to deal with it: Android:
Supporting Multiple Screens.
 Android comes with a Back/Quit button. If your app does not handle it, the app will
quit without asking.
 iOS has no Back button. If you want to provide “back” functionality, it has to be in
the software, typically with a <Back] button in the upper left of the screen.
 Android comes with a Menu button. This typically lets the user access extra
functionality, such as settings. iOS has no such button.
 Android comes with Home and Search buttons. The one button iOS has is a
Home/Quit button.
 Some Androids come with a physical slide-out keyboard, and perhaps a D-Pad.
 The Android user can pull a menu down from the notifications bar at the top of the
screen.
 Android comes with a desktop, onto which the user can place apps, shortcuts
(aliases), and widgets. The latter are gadgets that an app may offer that provide a
always-available look at part of its contents. In iOS (4), all you have are apps.
 Android does not have a standard set of fonts. A programmer cannot count on Ariel,
Helvetica or Times being present.

26.  The user’s default font might not be able to handle non-western characters, such as
Arabic or Chinese. Helvetica on iOS does a good job.
 The default programming language of iOS is Objective C. For Android, it’s Java;
quite different.
 For iOS development, you pretty much need to use XCode on a Mac. For Android,
the IDE of choice is Eclipse, on Windows, Mac or Linux.
 While GUI systems pretty much stick to the idea of placing widgets (buttons, etc)
inside of windows, the details differ between Cocoa Touch and Android.
 The architecture of an app in Android is modularized into classes such as Activity,
Intention, Service, Context, ContentProvider, BroadcastReceiver and Fragment.
These do not exist in iOS.
 Android has an Activity Life Cycle : Launch, Starting, Running, Paused, Stopped,
Destroyed. This supports multitasking, and , at least earlier versions of iOS do not
have anything similar.
 Both platforms contain a WebView running pretty much the same version of WebKit.
Neither version offers scrolling within a frame. In iOS and Android, there are several
workarounds, including iScroll.
 If you program to WebKit, many of the architecture differences become irrelevant.
You can add on extra platform functionality, but the core stays 90% the same.
 The Android ecosystem encourages free apps. You make your money from
advertising. The Apple ecosystem is more secure/complex, and better at letting
developers charge some money for their apps.

30.  iPhones account for 48.1% of US smartphone sales, compared to
46.7% for Android
 39% of those in the US who intend to buy a smartphone in the next 6
months plan to buy an Android phone, vs. 42% for a IPHONE
 iOS and Android apps will generate a total of $8.7B in 2012, a 60%
increase over $5.4B in 2011
 31.9% of U.S. smartphone owners use iPhones
 At the half of 2012, there were 410 million (41 crores) IOS devices
have been activated so far
 Android had a worldwide smartphone market share of 75% during the
third
Quarter of 2012,with 500 million devices activated in total and 1.3
million
activated per day