Claims:We Claim:
1. A method of working an equal designed Time-Shared Full Duplex (TSFD) remote correspondence system for voice and information flags, the system comprising of:
a. at least one macrocells and each macrocell having a majority of microcells
b. establishing a nearby correspondence way for transmitting and getting signals between a neighborhood TSFD remote gadget and a remotely set neighborhood TSFD remote gadget inside an equivalent microcell by means of a Parallel-designed Signal Extender (PSE)
c. operating the PSE by working first and second sign extenders in equal and free of one another yet imparting data to one another endless supply of one of the first and second sign extenders
d. establishing an all-encompassing correspondence way for transmitting and accepting signs between an all-inclusive TSFD remote gadget and a remotely put expanded TSFD remote gadget situated inside various microcells situated inside an equivalent macrocell through PSEs and a Parallel-designed Network Extender (PNE)
2. The method of claim 1 wherein accepting and re-transmitting signals by a PNE to another PNE is chosen from the gathering comprising of transmitting signals over a Public Switch Telephone Network (PSTN)
, Description:Technical Field of the Invention:
The present invention relates to the by and large to remote correspondence systems to nonconcurrent remote correspondence systems and gadgets that utilization radio frequencies for transmitting and accepting voice, information and computerized video flags inside an inward interchange arrange and to an outer correspondence organize.
Background of the Invention:
All the more especially, the remote correspondence systems and gadgets work with a novel Time-Shared Full Duplex (TSFD) nonconcurrent remote correspondence convention.
Remote correspondence systems keep on developing, especially in the territories of cell and advanced communication and in paging systems. Remote systems are particularly famous in remote territories of the world that have restricted wired assistance due to the expense and trouble of building a wired framework.
Customary remote correspondence systems, for example, cell phones utilize radio correspondence between a majority of endorser units inside the synchronous remote system and between supporter units and the Public Switched Telephone Network (PSTN) for calls that are outside of the remote system. The greater part of these systems is portrayed by remote cell phone units discussing synchronously with base stations that are associated with concentrated versatile exchanging focuses (MSC), which are thusly associated with the PSTN.
The concentrated MSC plays out various capacities, including directing remote portable units calls to other versatile units and wired (landline) clients and steering land-line calls to portable units. At no time do these customary remote correspondences systems permit the handset to interface with the PSTN or other outer systems legitimately. The very centre of the incorporated remote correspondences hypothesis requires each PSTN interface to be made through a MSC. This is the main interface allowed.
Others' systems use highlight point radio correspondence where versatile units may speak with other portable units in the neighbourhood. They send root and goal address arrangement and utilize squelching circuits to guide the remote transmission to the right goal address. A large portion of these systems don't seem to give an association with a PSTN to send and get calls outside the remote system. This kind of system is decentralized, but since of the decentralization, gathering exact charging data might be an issue.
Another type of remote system is known as a neighbourhood multipoint conveyance administration (LDMS). In a LMDS system, a neighbourhood cell that is roughly 4 km in width contains fixed base stations, topographically conveyed all through the neighborhood. At least one reception apparatuses inside the neighborhood calls from the fixed base stations and hand-off the calls to other fixed base stations. All together for the system to work, the fixed base stations must be inside the view way of at any rate one of the radio wire units. The LDMS doesn't accommodate portable stations. Calls must be steered inside the neighborhood not to an outside system. The system is basically a brought together system inside a neighborhood. On the off chance that one station isn't inside the view of the radio wire, it is adequately cut off from correspondence.
Object of the Invention:
The object of the present invention object is a system, method, and mechanical get together are obliged a cardio-wellness station with PC created reality limit.
Summary of the Invention:
A system, method, and mechanical get together are obliged a cardio-wellness station with expanded reality capacity. In one embodiment, a stationary exercise station is given. The station fuses a PC, the PC running a PC program, a video screen in correspondence with the PC, and a stationary bicycle including handlebars and pedals, the pedals prepared to turn.
The present invention reveals such a system, in this alluded to as the Time-Shared Full Duplex (TSFD) Parallel Computing Artificial Intelligence-based Distributive Call Routing Wireless Communication System, or essentially known in its short structure the TSFD remote correspondence system. This system is especially appropriate for activity in provincial regions where populace thickness is low and remote inclusion is either not as of now accessible or deficiently adjusted and where constrained remote information social occasion or remote control of systems or gadgets by means of remote methods is in activity. In the United States, the system is appropriate for activity utilizing the PCS range that are authorized by the Federal Communications Commission (FCC) or some other such recurrence as might be resolved reasonable over 50 megahertz and under 5 gigahertz.
The remote gadgets in the system join a particular multi-mode capacity to expand the remote assistance region with a potential assortment of standard remote organizations and groups. This is a significant component on the grounds that broad sending of another remote help takes considerable time, and there are numerous different remote principles from which to pick since these new clients may likewise wander into standard PCS or cell markets.
With the appearance of music, video and ringtone downloads into remote handsets, camera pics, advanced video catching and sending, the world is prepared for a system where the Internet and PC transmission groups (nonconcurrent bundles) can be empower in a versatile remote handset. Before long, even the expression "handset" will disappear as the world advances to remote empowered microcomputers. Indeed, even the "cutting edge" Personal Digital Assist (PDA) will get unequipped for holding all the data the clients will expect of tote with them. Music and I-Pod gadget advancements alone have moved the development of memory stockpiling and document the board to ever more significant levels of proficiencies.
Generally speaking, the US provincial market and other significant applications for the TSFD remote correspondence system of the present invention are colossal. A couple of these incorporate rising countries, particularly those that by and by have restricted or no telephone utility, and those networks or gatherings that require an independent remote correspondence arrange that can be rapidly and cost-adequately conveyed. Further, military, law authorization, fiasco the executives or remote business establishments yield very reasonable market possibilities.
The TSFD remote correspondence system's qualities of ease remote detecting and remote control of different gadgets and handling through such flexible remote gadgets is additionally basic to business sectors disconnected from major urban economies and is unmistakably fit to creating countries strive after moderate innovation.
Brief Description of Diagrams:
Fig.1 is the stream outline in the present embodiment of an invention
Detailed Description of Invention:
An embodiment of the present invention unveils a method of working an equal designed TSFD remote correspondence system for voice and information flags, the system including at least one macrocells and each macrocell having a majority of microcells. The method involves: building up a nearby correspondence way for transmitting and accepting signs between a neighborhood TSFD remote gadget and a remotely put nearby TSFD remote gadget inside an equivalent microcell through a PSE; setting up an all-encompassing correspondence way for transmitting and getting signals between an all-encompassing TSFD remote gadget and a remotely set broadened TSFD remote gadget situated inside various microcells situated inside an equivalent macrocell by means of PSEs and a PNE; setting up a far off correspondence way for transmitting and accepting signs between a far off TSFD remote gadget and a remotely put inaccessible TSFD remote gadget situated inside various microcells situated inside various macrocells by means of PSEs and PNEs; and nonconcurrently transmitting and accepting half-duplex signals over the correspondence ways utilizing sets of doled out correspondence way frequencies balanced out by a GPS-based recurrence reference source. The TSFD remote gadget can be chosen from the gathering comprising of TSFD remote handsets, TSFD remote PC-DatCom Cards, TSFD remote DatComs, and TSFD remote ComDocs. The correspondence ways can be observed and examined by a system-inhabitant and decentralized Parallel Computing Artificial Intelligence-based Distributive Routing System, bringing about re-guiding the correspondence ways to guarantee call heaps of the PSE and PNE in the system don't surpass a foreordained point of confinement for each PSE or PNE, to streamline call heaps of the PSE and PNE in the system, or to sidestep any fizzled PSE or PNE in the system. The progression of setting up a nearby correspondence way may contain transmitting signals from the neighborhood TSFD remote gadgets to the PSE; accepting and re-transmitting signals by the PSE to the nearby TSFD remote gadgets; and getting signals from the PSE by the neighborhood TSFD remote gadgets. The progression of building up an all-encompassing correspondence way may include: transmitting signals from the all-inclusive TSFD remote gadgets to the PSE; accepting and re-transmitting signals from the all-inclusive TSFD remote gadgets by the PSE to a PNE; getting and re-transmitting signals from the PSE by the PNE to the PSE; getting and retransmitting signals from the PNE by the PSE to the all-inclusive TSFD remote gadgets; and accepting signs from the PSE by the all-encompassing TSFD remote gadgets. The progression of building up a removed correspondence way may contain: transmitting signals from the inaccessible TSFD remote gadgets to the PSEs; accepting and re-transmitting signals from the far off TSFD remote gadgets by the PSEs to the PNEs; getting and re-transmitting signals from the PSEs by a PNE to another PNE; accepting and re-transmitting signals from a PNE by another PNE to PSEs; getting and re-transmitting signals from PNEs by PSEs to the far off TSFD remote gadgets; and accepting signs from PSEs by the far off TSFD remote gadgets. The progression of accepting and re-transmitting signals by a PNE to another PNE might be chosen from, yet isn't constrained to, the gathering comprising of transmitting signals over a Public Switch Telephone Network (PSTN), transmitting signals over a fiber optic correspondence interface, transmitting signals over a coaxial link, transmitting signals over an open TCP/IP system, and transmitting signals over a satellite correspondence connect. Half of the signs got by a PSE in a microcell might be transmitted by TSFD remote gadgets in the microcell in a low radio recurrence band and half of the signs got by the PSE in a macrocell might be transmitted by a PNE in the macrocell in a low radio recurrence band. Half of the signs transmitted by a PSE in a microcell might be gotten by a TSFD remote gadget in the microcell in a high radio recurrence band and half of the signs transmitted by the PSE in a macrocell might be gotten by a PNE in the macrocell in a high radio recurrence band. The transmitting and accepting signs between a TSFD remote gadget or PSE or a PNE and another TSFD remote gadget or PSE or PNE might be led nonconcurrently with a TSFD convention. The progression of building up a neighborhood voice correspondence way between a nearby TSFD remote gadget and a remotely put nearby TSFD remote gadget may include utilizing two fixed frequencies in a sub-band range for setting up a nearby voice channel. The progression of setting up a neighborhood information correspondence way under a four channel Contiguous Channel Acquisition Protocol between a nearby TSFD remote gadget and a remotely set neighborhood TSFD remote gadget may include utilizing two fixed frequencies having a data transfer capacity of multiple times the transmission capacity of a neighborhood voice channel by consolidating four adjacent voice channels. The progression of setting up a neighborhood information correspondence way under a twelve channel Contiguous Channel Acquisition Protocol Plus between a nearby TSFD remote gadget and a remotely put nearby TSFD remote gadget under a twelve channel Contiguous Channel Acquisition Protocol Plus may involve utilizing two fixed frequencies having a data transmission of multiple times the transfer speed of a nearby voice channel by joining twelve consistent voice channels.