We’ve got some more pictures of the upcoming BlackBerry slider to add to the pile, notably showing off the on-screen keyboard. It was hard to tell at first if the BlackBerry 9800 was going to include a touchscreen in addition to the trackpad and physical keyboard, but this picture confirms it. A few of the other pictures show us around the OS, including the media player, the upgraded Webkit browser, and the new podcasts app. From what we know, the BlackBerry Bold 9800 will have an HVGA display, Wi-Fi 802.11n, 4 GB of on-board storage, 512 MB of RAM, and OS 6.0. Unfortunately, the only rumoured release date we have right now is June for AT&T.
These are probably the sharpest pictures of the BlackBerry 9800 we’ve seen to date, and the most we have seen of OS 6.0 in action. There are plenty of manufacturers that include a touchscreen, physical keypad, and directional input on their phones, but this is the first time we’re seeing all three together on a BlackBerry. From my experience, text selection was a hassle on both generations of the Storm, but the optical trackpad on the BlackBerry Bold 9800 should keep things precise. The clincher for a lot of potential buyers will be if this slider has SurePress; RIM’s making improvements to its clicking touchscreen, sure, but the concept is still foreign to a lot of people and makes for a hard sell. There is the distinct possibility that the 9800 has a standard capacitive touchscreen, which could make a lot of customers happy on the one hand, but could signal that RIM’s not willing to push SurePress as hard as they used to. Maybe it’s a technology they’ll reserve solely for the Storm family, but we’ll have to wait and see.
UPDATE: Confirmed to have no SurePress. Hoo-whee.
I don’t know about you guys, but this new Bold is really growing on me – if it has a 5 megapixel camera, I’ll be sold on upgrading from the trusty old 9000 Bold.
Rabu, 08 Desember 2010
Rabu, 01 Desember 2010
Latest Invention: SurroundSense - A System Much More Accurate than GPS
Using some common features of a mobile phone, such as cameras, microphones and accelerometers, computer engineers from Duke University managed to transform the unique features of a particular space into a distinct fingerprint. Unlike standard GPS that show accuracy to 10 meters and are useless indoors, the latest invention from Duke's engineers is able to function indoors and can tell on which side of a wall the user is.
Engineers called their system SurroundSense. It takes advantage of a built-in camera and microphone to be able to record sound, light and colors. Computer engineers also decided to use the accelerometer in order to record the movement patterns of the user. The gathered data is transmitted to a server that combines the collected information in one fingerprint. Each measurement cannot tell much, but when all three are joined, a unique fingerprint of the area is created.
Ionut Constandache, graduate student in computer science, presented the latest invention at the 15th International Conference on Mobile Computing and Networking that took place in Beijing this September.
A team of students from the Duke University carried out an experiment in which they wanted to test the accuracy of their latest invention, informs Eurekalert. They walked across Durham, N.C. with their mobile phones and gathered information in different types of businesses.
"We went to 51 different stores and found that SurroundSense achieved an average accuracy of about 87 percent when all of the sensing capabilities were used," said Constandache. It is worth mentioning that the more the application is used the more information it collects and the more precise the fingerprint becomes.
"Not only is the ambience different at different locations, but also can be different at different times at the same location," said Roy Choudhury, assistant professor of electrical and computer engineering at Duke University and senior member of the research team. SurroundSense gathers information at diverse time points, which means that you can distinguish a Starbucks store at the morning rush, the period of the day when there are a lot of customers, from the slower period in middle of the afternoon.
Although in order to gather information it is important that you hold the camera down so it faces the ground, engineers are looking forward to develop applications that would allow collecting data with the mobile phone in the pocket or handbag. In addition, battery life could provide problems, since having the application turned on 24/7 drains the battery faster.
Engineers called their system SurroundSense. It takes advantage of a built-in camera and microphone to be able to record sound, light and colors. Computer engineers also decided to use the accelerometer in order to record the movement patterns of the user. The gathered data is transmitted to a server that combines the collected information in one fingerprint. Each measurement cannot tell much, but when all three are joined, a unique fingerprint of the area is created.
Ionut Constandache, graduate student in computer science, presented the latest invention at the 15th International Conference on Mobile Computing and Networking that took place in Beijing this September.
A team of students from the Duke University carried out an experiment in which they wanted to test the accuracy of their latest invention, informs Eurekalert. They walked across Durham, N.C. with their mobile phones and gathered information in different types of businesses.
"We went to 51 different stores and found that SurroundSense achieved an average accuracy of about 87 percent when all of the sensing capabilities were used," said Constandache. It is worth mentioning that the more the application is used the more information it collects and the more precise the fingerprint becomes.
"Not only is the ambience different at different locations, but also can be different at different times at the same location," said Roy Choudhury, assistant professor of electrical and computer engineering at Duke University and senior member of the research team. SurroundSense gathers information at diverse time points, which means that you can distinguish a Starbucks store at the morning rush, the period of the day when there are a lot of customers, from the slower period in middle of the afternoon.
Although in order to gather information it is important that you hold the camera down so it faces the ground, engineers are looking forward to develop applications that would allow collecting data with the mobile phone in the pocket or handbag. In addition, battery life could provide problems, since having the application turned on 24/7 drains the battery faster.
Langganan:
Postingan (Atom)