Abstract: A user equipment device (UE) establishes a communication session with a wireless network, and receives, from the wireless network, a message that includes scheduling data that schedules a power-saving mode (PSM) at the UE. The UE interrupts, at a first time based on the scheduling data, a supply of power to a modem of the UE. The UE provides, based on the scheduling data at a second time that is subsequent to the first time, power to the modem.

Abstract: A device may include a communication interface and a processor configured to determine that a first transmission task is scheduled and attempt to execute the first transmission task. The processor may also evaluate a metric associated with an effectiveness of the first transmission task. The processor may further modify or set at least one of a transmission interval or power level associated with a second transmission task based on evaluating the metric.

Abstract: Versatile Financial Mechanisms and Transactions Generators and Interfaces (VFMTGI) involve the creation of effective apparatuses, methods, and systems for solutions to create and/or leg complex versatile financial mechanisms. The VFMTGI facilitates user removal of significant transactional risk exposure as the methods, systems and apparatuses facilitate user data entry into spreads that represent alternative futures. Aspects of an implementation of the VFMTGI facilitate investor execution and completion of multiple financial transactions, simultaneously, as a single transaction. The methods, systems and apparatuses facilitates simplification of complex transactions.

Abstract: Versatile Financial Mechanisms and Transactions Generators and Interfaces (VFMTGI) involve the creation of effective apparatuses, methods, and systems for solutions to create and/or leg complex versatile financial mechanisms. The VFMTGI facilitates user removal of significant transactional risk exposure as the methods, systems and apparatuses facilitate user data entry into spreads that represent alternative futures. Aspects of an implementation of the VFMTGI facilitate investor execution and completion of multiple financial transactions, simultaneously, as a single transaction. The methods, systems and apparatuses facilitates simplification of complex transactions.

Abstract: A device may include a communication interface and a processor configured to determine that a first transmission task is scheduled and attempt to execute the first transmission task. The processor may also evaluate a metric associated with an effectiveness of the first transmission task. The processor may further modify or set at least one of a transmission interval or power level associated with a second transmission task based on evaluating the metric.

Abstract: Versatile Financial Mechanisms and Transactions Generators and Interfaces (VFMTGI) involve the creation of effective apparatuses, methods, and systems for solutions to create and/or leg complex versatile financial mechanisms. The VFMTGI facilitates user removal of significant transactional risk exposure as the methods, systems and apparatuses facilitate user data entry into spreads that represent alternative futures. Aspects of an implementation of the VFMTGI facilitate investor execution and completion of multiple financial transactions, simultaneously, as a single transaction. The methods, systems and apparatuses facilitates simplification of complex transactions.

Abstract: A user equipment device (UE) establishes a communication session with a wireless network, and receives, from the wireless network, a message that includes scheduling data that schedules a power-saving mode (PSM) at the UE. The UE interrupts, at a first time based on the scheduling data, a supply of power to a modem of the UE. The UE provides, based on the scheduling data at a second time that is subsequent to the first time, power to the modem.

Abstract: Versatile Financial Mechanisms and Transactions Generators and Interfaces (VFMTGI) involve the creation of effective apparatuses, methods, and systems for solutions to create and/or leg complex versatile financial mechanisms. The VFMTGI facilitates user removal of significant transactional risk exposure as the methods, systems and apparatuses facilitate user data entry into spreads that represent alternative futures. Aspects of an implementation of the VFMTGI facilitate investor execution and completion of multiple financial transactions, simultaneously, as a single transaction. The methods, systems and apparatuses facilitates simplification of complex transactions.

Abstract: Versatile Financial Mechanisms and Transactions Generators and Interfaces (VFMTGI) involve the creation of effective apparatuses, methods, and systems for solutions to create and/or leg complex versatile financial mechanisms. The VFMTGI facilitates user removal of significant transactional risk exposure as the methods, systems and apparatuses facilitate user data entry into spreads that represent alternative futures. Aspects of an implementation of the VFMTGI facilitate investor execution and completion of multiple financial transactions, simultaneously, as a single transaction. The methods, systems and apparatuses facilitates simplification of complex transactions.

Abstract: Versatile Financial Mechanisms and Transactions Generators and Interfaces (VFMTGI) involve the creation of effective apparatuses, methods, and systems for solutions to create and/or leg complex versatile financial mechanisms. The VFMTGI facilitates user removal of significant transactional risk exposure as the methods, systems and apparatuses facilitate user data entry into spreads that represent alternative futures. Aspects of an implementation of the VFMTGI facilitate investor execution and completion of multiple financial transactions, simultaneously, as a single transaction. The methods, systems and apparatuses facilitates simplification of complex transactions.

Abstract: The disclosure details the implementation of an apparatus, method, and system for a versatile financial mechanism and transaction generator and interface (VFMTGI). The disclosure teaches the creation of an effective solution to create and/or leg complex versatile financial mechanisms. The VFMTGI allows the user to remove a great amount of unnecessary transactional risk exposure in part because it also allows users to enter into spreads that represent alternative futures. One aspect of the disclosure teaches an elegant user interface for an investor to execute and complete multiple financial transactions, simultaneously, as a single transaction. The interface makes otherwise complex transactions more easily accessible and understandable. In another aspect, the disclosure teaches a user interface allowing a user to change the risk exposure and/or otherwise hedge the user's underlying position.

Abstract: There is disclosed a system for reading a meter, e.g., a utility meter, over a telephone line. The system includes circuitry for detecting when an input signal within a predetermined frequency range is present. The input signal is fed to two timing devices. One of the timing devices is set to produce a constant output when the input frequency is above the higher limit of the predetermined frequency range. The other device is set to produce a constant output when the frequency is above the lower limit of the same range. The outputs of both timing devices are connected to logic circuitry. The two timing devices are connected to the telephone line. When a signal in the selected frequency range is received from the telephone exchange, the frequency detector acknowledges to the exchange the receipt of that signal, and activates a recorder in a meter reading apparatus at the subscriber's location to transmit the recorded reading of the meter over the telephone line to the exchange, where it is suitably recorded.