Download pss downsampling

Trending from CNET. Download Now. Developer's Description By Gafaba. It is widely used in small or medium security surveillance system. Smart PSS provides multiple functions, including device management, real-time view, video recording, remote search and playback, center alarm management, E-map, TV wall.

Full Specifications. What's new in version 2. Version: 2. Release April 29, Date Added April 29, Version 2. Operating Systems. Additional Requirements None. Total Downloads , Downloads Last Week 1, Report Software. I've tried everything that I know to do. I even restored my computer to it's factory state and re-downloaded all the programs I needed and still nothing changed.

Has anyone got anymore suggestions that I could try. Please, any help would be greatly appreicated. Hey, gnie that link sent me to a porn site. Ok, I finally got it. OCX to download, and when i found it and clicked on the download link, it sent me to the same porn site. Then burnt with DVDDecrypter and tested. Played perfect. Thanks for the help gnie for sending me in the right direction.

Anyways, give it one last shot whenever you're ready man. No problems with downsampling etc as I already had the mscomct2 and activeskin files installed correctly I tried the sonix method a few times months ago and then tried one more time a couple of weeks ago I might have a go at deleting and relinking video files instead of downsampling sometime soon..

I think that could be why it's holding up at the polyphony screen, worth a shot anyway. Thanks for the suggestions anyway Yeah, isn't it weird how sometimes non-drivers can whip your ass at racing games, LOL So could this be a modchip firmware issue? If a GT4 save gave is on the memory card it'll say it's auto loading but then you get a blank screen Hounddog1 , Jan 13, I searched everywhere and can only find 1.

With it I get different results for gt4. Where can I get it? Thanks heaps for anyone who knows the links on the gt4 page have all expired.

Here ya go - just uploaded it for you.. Each wireless device may use at least one bandwidth. The bandwidth may be referred to as a signal bandwidth, carrier bandwidth, or component carrier CC bandwidth, as illustrated in FIG.

The 1. The twelve rows, , make up the 12 sub-carriers of the two PRBs. Since a normal CP is employed, there are 14 columns, or 7 columns for each slot, representing 14 time symbols. REs occupied by the DMRS of Release 10 on antenna ports 7 through 14 are indicated by the relatively narrow and relatively broad horizontal hatching. The DMRS is mapped to time symbol 5 and time symbol 6 , together with time symbol 12 and time symbol 13 for sub-carriers 0 , 1 , 5 , 6 , 10 , and The new carrier type can enhance spectral efficiency, improve support for heterogeneous networks HetNets , and improve energy efficiency.

Either a synchronized or unsynchronized carrier type can support the new carrier type. From RAN1 perspective the new carrier type NCT for carrier aggregation enhanced spectral efficiency, improved support for heterogeneous network, and improve energy efficiency.

Due to time constraint during a timeframe, the new carrier type may be more beneficial in Rel The new carrier type can be non-stand alone or stand alone.

The non-synchronized carrier can used different CRS configurations that can be adopted in the new carrier type. Based on different CRS configurations, additional new transmission modes can be used as fallback options for the new carrier type. Methods are also presented related to transmission modes for the new carrier type. Various CRS configurations can be used for new carrier types.

In order to use CRS for these purposes, different schemes of CRS overhead reduction for the new carrier type design can be used. For example, CRS overhead can be reduced in a frequency domain. In another example, CRS overhead can be reduced in a time domain. In another configuration, the antenna ports used for CRS can be reduced. Reducing CRS overhead in frequency domain can include using down-sampling of Rel-8 based CRS in frequency domain with different down-sampling rules, or using a pre-defined hopping pattern to select CRS.

Technology e. The value of k can be 6, 12, 15, 18, or other number of PRBs. For example, FIG. In addition to the existing subband size defined in Table 7. Some example patterns are illustrated in FIGS. A subband e. Other similar configurations using different values of k1 and k and also other different arrangement of PRBs in a subband in addition to the above described examples are also considered within the scope of this description.

An example of such hopping is provided in FIG. Other possible hopping configurations can also be used. Such hopping pattern can also be configurable by RRC and can vary between different eNodeB to avoid or minimize excessive interference caused by the CRS signaling.

CRS overhead can also be reduced in the time domain. Additional enhancement in performance can be achieved if different eNodeB is configured to transmit CRS in different subframes, thereby reducing interference in the CRS.

The antenna ports used for CRS can be reduced. Another enhancement in reducing CRS overhead in a new carrier type can reduce the CRS transmission to one antenna port or any other number of antenna ports less than total available antenna ports. Any hybrid combination of reduced CRS transmission schemes as describe above e. As for an example in Rel new carrier type, only one antenna port CRS can be transmitted with a 5 ms periodicity in the central 18 PRBs. Other combinations can also be used.

New transmission modes can also be used in the new carrier type. In addition, down-sampling of CRS from the new carrier type can have impact on the fall-back mode support. Therefore, new transmission mode can be used in the new carrier type for fall-back mode support. Various described technologies of supporting new transmission modes in the new carrier type can be used.

However, in case such primary transmission fails, a fallback transmission scheme can be used instead. The fallback transmission mode for these different transmission mode are listed below:. Otherwise transmit diversity CRS based. In TM 8. A DMRS based fallback transmission schemes can be used for transmission mode 7 , 8 , 9 , Another option is using single antenna port mode with the CRS configurations.

UERS based demodulation is possible. However, such options may not be available for transmission mode 7 and 8. Therefore, in order to support fallback transmission using UERS based single-antenna port mode, an option can be extended for transmission mode 7 and 8. To enable these options, some changes can be made in Table 7. For a fallback transmission of Transmission mode 9 , in case of fallback transmission, if the transmission occurs in MBSFM subframe, then single antenna port 7 can be used for demodulation.

The new transmission mode can also be used as a fallback option for the existing transmission mode 7 , 8 and 9 in the new carrier type. TM 3 can be an open loop cyclic delay diversity, which can be defined in LTE. TM 3 can be CRS based.