Failstation software

Matching feedback. Utilise your existing business reporting solution to obtain matching feedback. Matching resolution. Trade status reporting. Fail resolution. Extension period. Consult the table below to find out more on how to reduce your penalty fees. Buy-in pre-notification. Mandatory partial settlement. Buy-in period. Buy-in is not possible. Buy-in notification. Buy-in verification. Use Taskize to inform all parties that a buy-in is not possible. Cash compensation notification. Price discussion optional.

Use Taskize to share details of the cash compensation calculation method. Buy-in reimbursement. Buy-in process finality.

Use Taskize to confirm receipt of cash compensation and acknowledge finality of the buy-in process Upon finality, both parties can cancel the failing transaction and penalties will stop to accrue. Failing trade cancellation. Use your existing business solution to cancel your instruction. Cancelled trade reporting. Buy-in reporting to Euroclear.

Upon finality of the buy-in process, the receiving CSD participant can generate a buy-in bubble in Taskize and invite Euroclear into the bubble to automatically share the cash compensation amount Alternatively, you can send us an MT Swift message with the cash compensation amount.

Buy-in is possible. Use Taskize to agree the party responsible for initiating and following-up the buy-in process Inform all involved parties of the start of the buy-in period. Use Taskize to inform all involved parties that a buy-in is possible.

Buy-in agent appointment. Use Taskize to discuss the execution of the buy-in with a buy-in agent You may invite the buy-in agent directly into the discussion with your counterparty or you can keep the conversations segregated. Buy-in notice. Use your existing business solution to put the trade on hold. Use your existing business reporting solution to receive confirmation of hold status Use Taskize to inform all involved parties that the failing instruction was put 'on hold' by the seller.

Buy-in partial execution. Buy-in partial settlement. Use Taskize to inform all involved parties of the settlement status of the buy-in In case of partial settlement, the Taskize checklist will advise on the necessary actions to ensure that penalties continue to accrue only for the outstanding amount You can also use your existing business reporting solution to receive settlement status updates.

Buy-in deferral. Use Taskize to inform all involved parties that the execution of the buy-in is deferred Share information on the length of the deferral period. Buy-in outcome. Use Taskize to inform all involved parties on the outcome of the buy-in process Includes quantity, price and value of the financial instruments bought in as well as any cash compensation amount in case of partial buy-in.

Watch the recorded webinar. Watch the first extract of this webinar duration mins. Base station controllers and base transceiver subsystems are well known to those skilled in the art. A base station controller is a device that manages wireless communications resources, including the base transceiver subsystems, for specified cells within a wireless communications network. A base transceiver subsystem BTS comprises the RF transceivers, antennas, and other electrical equipment located in each cell site.

This equipment may include air conditioning units, heating units, electrical power supplies, telephone line interfaces, and RF transmitters and RF receivers. For the purpose of simplicity and clarity in explaining the operation of the present invention, the base transceiver subsystem s in each of cells , , and and the base station controller BSC associated with each base transceiver subsystem BTS are collectively represented by BS , BS and BS , respectively.

Communication line [] may be any suitable connection means, including a T 1 line, a T 3 line, a fiber optic link, a network packet data backbone connection, or any other type of data connection.

Those skilled in the art will recognize that the connections on line may provide a transmission path for transmission of analog voice band signals, a digital path for transmission of voice signals in the pulse code modulated PCM format, a digital path for transmission of voice signals in an Internet Protocol IP format, a digital path for transmission of voice signals in an asynchronous transfer mode ATM format, or other suitable connection transmission protocol.

Those skilled in the art will recognize that the connections on line may provide a transmission path for transmission of analog or digital control signals in a suitable signaling protocol. MSC [] is a switching device that provides services and coordination between the subscribers in a wireless network and external networks, such,as the PSTN or Internet.

MSC is well known to those skilled in the art. In some embodiments of the present invention, communications line may be several different data links where each data link couples one of BS , BS , or BS to MSC In the exemplary wireless network [] , MS is located in cell site and is in communication with BS MS is located in cell site and is in communication with BS MS is also located close to the edge of cell site and is moving in the direction of cell site , as indicated by the direction arrow proximate MS At some point, as MS moves into cell site and out of cell site , a hand-off will occur.

As is well known, the hand-off procedure transfers control of a call from a first cell site to a second cell site. Those acquainted with the art will recognize that soft hand-off improves the performance on both forward BS to MS channel and reverse MS to BS channel links. When the signal from BS falls below a predetermined signal strength threshold, MS may then drop the link with BS and only receive signals from BS The call is thereby seamlessly transferred from BS to BS The above-described soft hand-off assumes the mobile station is in a voice or data call.

An idle hand-off is the hand-off between cells sites of a mobile station that is communicating in the control or paging channel. Any or all of the mobile stations. In one embodiment of the present invention, the update server may update an existing software file or target file in a mobile station by transmitting a new image file that replaces the target file in its entirety.

In an alternate embodiment, the remote server may transmit a delta file that performs a byte-by-byte replacement of only selected portions of the target software file, rather than the entire target file. The mobile station executes a software algorithm that reads instructions and data from the delta file. The software algorithm modifies, for example, the existing operating system software to produce a new or updated version of the operating system software.

In this advantageous embodiment, the mobile station downloads a small delta file over the air, rather than a large image file, thereby saving bandwidth. Unique apparatuses and methods for upgrading the software of a mobile station using delta files are disclosed in greater detail in U. The disclosures of patent application Ser.

Wireless mobile station comprises antenna , radio frequency RF transceiver , transmit TX processing circuitry , microphone , and receive RX processing circuitry Radio frequency RF transceiver [] receives from antenna an incoming RF signal transmitted by a base station of wireless network Radio frequency RF transceiver down-converts the incoming RF signal to produce an intermediate frequency IF or a baseband signal. Receiver RX processing circuitry transmits the processed baseband signal to speaker e.

Transmitter TX processing circuitry [] receives analog or digital voice data from microphone or other outgoing baseband data e. Radio frequency RF transceiver receives the outgoing processed baseband or IF signal from transmitter TX processing circuitry Radio frequency RF transceiver up-converts the baseband or IF signal to a radio frequency RF signal that is transmitted via antenna In an advantageous embodiment of the present invention, main processor [] is a microprocessor or microcontroller.

RAM and non-volatile NV memory are coupled to main processor NV memory comprises a flash memory, which acts as a read-only memory ROM. Main processor executes an operating system OS program that controls the overall operation of wireless mobile station In typical operations, main processor controls the reception of forward channel signals and the transmission of reverse channel signals by radio frequency RF transceiver , receiver RX processing circuitry , and transmitter TX processing circuitry , in accordance with well-known principles.

Main processor [] is capable of executing other processes and programs resident in RAM and NV flash memory Main processor can move data into or out of RAM , as required by an executing process. Main processor [] is also coupled to keypad and display unit The operator of mobile station uses keypad to enter data into mobile station Alternate embodiments may use other types of displays. Main processor [] is capable of receiving and installing software updates.

This over-the-air OTA update may be initiated by any conventional triggering event, such as an operator-initiated action, an automated periodic procedure i. Unique apparatuses and methods for upgrading mobile station software using a notification message from the remoter server are disclosed in greater detail in U.

The disclosure of patent application Ser. In response to any of these triggering events, main processor [] establishes a communication link to wireless network and to the remote update server via the Internet connection of wireless network After the software update file has been downloaded from the remote update server, main processor performs the update by replacing the target file in its entirety with the new image file or, if the update file is a delta file, by executing the delta file and replacing selected portions of the target file.

As noted above, it is entirely possible that a power failure may occur during the file replacement or patching process that results in an incomplete update operation that renders MS useless.

To prevent this from happening, the present invention implements a novel method of tracking the application of the updated software file that prevents a power interruption from rendering MS useless. The foregoing is accomplished using a journal that tracks the application of the updated software on a sector-by-sector basis in NV memory [] The construction of the journal is based on the idea of isolating the patch application process into sector-sized blocks of NV memory Each such block of the updated software maps to a hardware flash sector or block size of NV memory It is noted flash memory devices, such as NV memory may be erased only in sector-sized quantities.

Each sector size is typically 64 Kbytes in size. Furthermore, it is noted that the only time it is necessary to observe care is during operations that physically modify the flash sectors, such as sector-erase operations or sector-write operations. NV memory comprises boot ROM code file , main image file , downloaded software update file , and free space Data is never written to boot ROM code file Main image file contains the end-user software applications that are executed by main processor in MS The code in main image file is replaced i.

The dotted lines in main image file indicate sector boundaries. When MS [] downloads a code patch or other updated software from the remote update server, main processor stores the new code in downloaded software update file Main processor then executes update agent program , which applies the patch code to main image file If a sudden power loss occurs and MS is re-booted, main processor automatically executes update agent program as part of the normal boot-up procedure in boot ROM code As will be explained below in greater detail, this allows an incomplete software update procedure to be automatically resumed when MS is re-booted.

Assuming a delta file in downloaded software update file [] is used to update main image file , each patch instruction modifies several contiguous bytes of memory within a sector or its adjacent neighbor. These modifications are not immediately committed to NV memory , but are instead cached in a sector-sized block in RAM Once the patch algorithm crosses a sector boundary, the entire cached sector from RAM programmed into NV memory Thus, NV memory is re-programmed in sector-sized blocks.

If an entire new image file is downloaded instead of a delta file, the new code is still assembled in a sector-sized block in RAM before being programmed into NV memory Each journal entry is written into one of two sectors of free space in NV memory In order to retain enough information for recovery after a sudden power loss, two independently erasable sectors of flash memory [] sectors and are required for writing the journal. Our software and cloud services help financial firms connect, reconcile and control their data, systems and processes.

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