It makes relocation of program is simple since program can be loaded anywhere in memory. In other words, any number of compiled applications can be loaded simultaneously.
2. TLB (translation-lookaside buffer)
In virtual memory system, performance is degraded due to page accesses. To reduce the number of page accesses, we are going to add what is called TLB. A TLB is part of the chip's memory-management unit (MMU), and is simply a hardware cache of popular virtual-to-physical address translations; thus, a better name would be an address-translation cache. Upon each virtual memory reference, the hardware first checks the TLB to see if the desired translation is held therein; if so, the translation is performed without having to consult the page table.
Clone Camera, is a great app that combines multiple photo editing functions. You can create unique photos with Clone Camera's function of cloning figures of a person or other objects multiple times in one photo.
Developer's Note
"Compared to apps that claim to make exceptional photos, Clone Camera surpasses these apps' features with the ability to clone a person or object multiple times in a single photo.
When we made our app, our biggest focus was how to make it easy for our users. We did not want to just push new features into our app, but create and provide a better environment for our users. After we looked at the sample codes, SDK documents, and the "S Note," we were convinced that the Samsung Pen SDK and Look SDK could give our users a new experience.
Samsung Mobile SDK has plenty of useful functions and each function has different characteristics and advantages. We noticed that Hovering and Air Button functions were essential for overcoming the existing touch interface limitations. Since hovering actions can be separated from touch actions, we can create more features by combining the two. For example, we can easily switch from "View" mode to "Editing" mode when the S Pen is used, as well as moving images by hovering at the edges of the screen, just like the tool "Smart Scroll."
2) Skedio
About the App
Skedio, is a vector based drawing app with rich editing capabilities which enables users to produce or edit a high quality illustration very easily. With Skedio, any object, from simple line to complex free-form curve or text label, can be edited independently.
Developer's Note
"Skedio is an app for sketching and illustration. It lets users easily create professionally looking, high quality drawings. Its shape, size and position can be precisely tuned for it to find exactly the right place in the resulting masterpiece. Also, Skedio is a powerful tool for communicating your ideas by sharing drawings with friends, family, or colleagues.
In our project we found hovering capabilities extremely useful. Hovering events give users some additional information beneath the tip of the active pen before actually touching the screen. This creates an additional dimension of user interface, which traditional touch interfaces lack. Also, the Air Button is a great idea. It allows you to create dynamic context-dependent menus that are quickly accessible with the help of side button on S Pen.
There is no special magic trick. Some general advice that we can give, is not to be afraid to experiment. Samsung Mobile SDK gives developers a handful of great functionality at no cost. Moreover, Samsung keeps enhancing and improving SDK. It is getting more and more powerful with each new release."
Supporting Car Control Function through Samsung Gear A. Remote Car’s Engine Start/Stop B. Remote Car’s Battery On/Off C. Remote Car’s Door Open/Close D. Remote Car’s Buzzer Control E. Remote Car’s Light Control
Supporting Abnormal Warning through Samsung Gear A. Door Open Warning B. Trunk Open Warning C. Light On Warning
The Host Mobile phone, which connects with Gear, also has same Car Control functions.
Merits:
User can easily open car’s door and start engine without Car Key by my APP.
User can remotely command warming up the car in winter by my APP.
Prevention to discharge car batter through Light on Warning message in my APP.
Prevention to be robbed car by Door and Trunk Open Warning message in my APP.
my APP can apply to general car even if the car is not recent model through my Bluetooth control module. (We applied our APP to the 2002 SUV car in my demo movies)
Supporting security communication and fairing.
** If this APP is installed in user mobile phone, the Gear APP is automatically installed in the Gear by the Samsung Gear Manager. The install duration time by the Samsung Gear Manager is around 1~2 minutes.
2) walk match
Random match with other country's competitor. 7 days of walk match motivates your exercise!
Enjoy your WALKING LIFE !
We are 'Integrated Type' so you must install mobile application, only support English
3) Wordjoy (http://devpost.com/software/wordjoy)
WordJoy enables you to grow your English vocabulary by enabling you to learn new words every day from your Samsung Gear 2 Watch.
Main features:
Word of the Day with definitions and examples
Random words - Study random words whenever you want
SlideEasy offers completely new way of running presentations !
With this app we wanted to demonstrate innovative use of Samsung smartwatch as a presentation helper tool.
First you need to load presentation pdf, add slide notes and configure things like time limits for presentation and optionally time limits for individual slides. Please note that setting both total time limit for presentation and limits for individual slides are optional. You can set slide times it if you wish to see separate time chart in a given slide and being reminded with smartwatch buzz alarms about exceeding time.
You may also want to set total presentation time and let app to share it equally between all slides. Than you may activate Gear gestures and time alarms settings. Configuration options are even more advances as you can choose what type of helper screen you want to see on your phone while the presentation is in the live mode. So you might prefer to see just a note in a full screen, timers or everything at the same time.
Finally you tap Start, and presentation goes live on the big screen or projector connected via MHL cable. Connecting phone with secondary display using MHL cable is not necessary to see how app is working but is recommended to have optimal big screen presentation effect.
Now you may change presentation slides tapping on the left or right part of your smartwatch screen.
Instead of tapping you might prefer to use gestures. With smartwatch on your right wrist you need to make a quick hand movement to the left side in order to switch to the next slide -it's a bit like turning a book page. Opposite movement will get you to the previous slide. We created our own algorithm that analyses smartwatch position and detect if slide change gesture occured. We require gesture to be quick so that you will not make it accidentally while naturally gesticulating. Moving your hand inwards feels more natural that's why if you switch smartwatch to your left hand, app will adjust and in this situation gesture to the right will get you to the next slide.
Keeping time is particularly important aspect of good presentation. Smartwatch can be pretty helpful here. Firstly it features timers with constant sync between smartphone and smartwatch apps. To make it faster to read we added visual signals - background will turn orange if you're in the last 10 seconds allowed within current slide or presentation. Background will turn red if you your time is up.
Finally we have buzz alarms (configurable) in case you prefer not to be distracted at all looking at the watch. Single buzz will notify you that current time limit is just 10 seconds. Two buzzes mean that your time is up. This is discrete way of notifying user that will not be noticed by the audience.
1) While texture synthesis has been well-studied in recent years, real-time techniques remain elusive.
2) Previous texture synthesis methods spend the majority of their time comparing pixel neighborhoods, and thus several attempts have been made to reduce the number of comparisons required.
3) Texture appearance ranges from structured regular textures, such as a brick wall, to structured irregular textures, such as a stone wall, to stochastic textures, such as roughcast or grass.
4)Given a sample texture, the goal is to synthesize a new texture that looks like the input. The synthesized texture is tilable and can be of arbitrary size specified by the user.
It's simply a list of all the measurements you make on an image. I can be structured what you want. Let's say you measure your image and find out mean = 20, standard deviation= 0.2. Then you could make a feature vector
Feature_vector = {20, 0.2}
Then you can do whatever you want with that, for example measuring a texture quality, or similarity with other textures.
On-the-fly Multi-scale infinite texturing from example
Providing efficient solutions for rendering detailed realistic environments in real-time applications, like games or flight/driving simulators, has always been a major focus in computer graphics. Details can be efficiently rendered using textures. But despite improvements of graphics hardware, memory capacity and data streaming techniques, which allowed over the recent years for increased scene complexity, texturing techniques must still fulfill constraints which are difficult to unify in a single approach. Ideally, they should
1) be as fast as possible to avoid penalizing frame rates,
2) use compact texture maps to limit streaming and data transfers that also penalize frame rates,
3) be non-periodic to avoid visual repetition artifacts,
4) produce fine details to avoid undersampling artifacts,
5) be enhanced with relief when details represent geometry like cracks or bumps to improve the rendering quality by accounting for parallax effects.
