Shaoxing passenger transport center to Hangzhou bus station

1. The bus from the passenger transport center to
Hangzhou south bus station
,
Jiubao
the bus from the passenger transport center is high-speed in the whole process. It doesn't go to 104. The bus from Hangzhou
Changqing
seems to go to 104. They don't know if they are willing to stop. You can take a bus directly at the
light textile city
bus station

2. Every time the bus goes back to Shaoxing at 6:00 p.m. on Friday, it takes 55 minutes. On Monday morning, it starts from Shaoxing to Hangzhou at 7:15 a.m. and there will be a traffic jam at Sanqiao. It usually takes more than an hour.

3. Shaoxing passenger transport center to Hangzhou (Jiubao) passenger transport center station
departure time: 6:30-19:35, every 20-25 minutes

about time on the way: 1 hour
ticket price: 26.00 yuan

hope to help you, hope to adopt

4. From Shaoxing to Hangzhou, Keqiao light textile city station can also be located in the passenger transport center
Shaoxing is near Hangzhou.. All bus stations have cars
you can call 114
if you can't find the bus station.. You call 12580 and they'll tell you how to get to the bus station~

5. You'd better go to 490sfcom to play 176. I've been playing here...

6. The SMCC (synchronized multi carrier CDMA) transmission system proposed by UESTC is based on the trend of international digital TV broadcasting practice / mobile communication and the latest channel coding / molation technology. The scheme takes into account the long-term goal of "integrating three mobile networks (Terrestrial TV, mobile video and mobile Internet)"
at present, the existing terrestrial TV transmission systems in the world can not completely solve the problem of mobile and portable reception. How to solve the problem of signal re-entry / resynchronization when passing through high-speed mobile and urban buildings, and how to build cellular SFN cheaply, is the technical focus. Making full use of modern signal processing technology in time domain and frequency domain to realize broadband data transmission and excellent synchronization / tracking is the primary problem of SMCC system
SMCC system is composed of three parts: frequency domain multi carrier processing COFDM, time domain CDMA processing and SFN code stream synchronization. The structure of multi carrier processing part is the same as that of common COFDM part, but this scheme makes innovative optimization configuration for its working parameters; Time domain processing and SFN stream synchronization part reflect the characteristics of this scheme. The technical characteristics of SMCC are as follows:
(1) 4K multi carrier technology with optimized parameters
SMCC scheme adopts 4K transmission mode and multi carrier system based on 3648 points, which can construct various types of single frequency coverage network, especially suitable for constructing distributed cellular single frequency network. The design is mainly aimed at the cellular SFN in the small area, and the transmission mode with longer protection slot length is also configured for the large area SFN
SMCC adopts concatenated channel coding. The outer code adopts RS (206188, t = 9) block coding, and the inner code adopts convolutional code / TCM / Turbo TCM coding with variable code rate. In order to resist burst interference, a synchronous convolution scheme is adopted after RS coding
the signal is transmitted in frame mode. Using the time / frequency two-dimensional characteristics of OFDM, continuous pilot, distributed pilot, transmission parameter signaling (TPS) pilot and other reference signals are inserted in each frame. Continuous pilot and distributed pilot are molated by BPSK and transmitted at a level 2.5dB higher than the average level of data carrier
signal molation adopts variable mapping constellation, including uniform and multi-resolution constellation, to adapt to different data rates of bit stream transmission< (2) time frequency parallel spread spectrum technology
SMCC adopts time frequency parallel spread spectrum (CDMA) technology to overcome the serious impact of Doppler frequency shift, motion (space / time) fading and shadow passing on synchronization in mobile reception. The high correlation energy accumulation effect of (time domain) long sequence spread spectrum signal is introced to achieve accurate synchronous detection< (3) periodic time domain continuous pilot technology
in DVB-T and ISDB-T standards, in order to solve the problem that the number of effective pilots of four consecutive OFDM symbols (one pilot cycle) is equal, the frequency selection of continuous pilots is random, which can not form a "unified" and meaningful time domain continuous pilot signal. In this protocol, the frequency distribution of continuous pilots is homogenized, so that the subcarrier number of continuous pilots is set to an integral multiple of 57. In other words, the TPS signaling cycle of SMCC scheme is formed by taking 57 OFDM symbols as the cycle. On this basis, the definition of formula is given Φ( n. The "frame by frame phase progressive compensation with 57 OFDM symbols as the period" in the expression of "m, GI" forms a time-domain continuous pilot reference signal with a period of 119.913705khz, which creates conditions for time-domain synchronization and high-precision fast Doppler tracking
at the receiving end, the proprietary technology of high-performance "synchronous filtering" mode (called "cyclic CDMA synchronous filtering") in the field of "weak signal detection" is used to extract the time-domain continuous pilot< (4) full second accurate synchronization technology of system transport stream
when preparing TS multiplexing stream for "multi base station SFN" simulcast, it should be strictly controlled according to the specified code stream rate of the network. In DVB-T or DMB-T SFN, it is difficult to control because it is a non integer, so special equipment is needed. The SMCC scheme optimizes the numerical value and simplifies the synchronization of cellular SFN. Specifically, for the timing symbol / system synchronization, an integer number of TS packets is included in each OFDM symbol, and an integer number of OFDM symbols are fully and accurately included in all different cases of the protection slot in each second period. Thus, it is possible to insert time service symbols in fixed seconds. Two "source time service packets" are added to the source TS stream every second. The source time service packet (its data structure does not have to be the same as that of the base station time service packet) has the characteristic fields that are not confused and easy to detect, so that each base station can carry out the accurate synchronization control of the signal flow "through the moment of transmission" according to it, and its accuracy is about ± zero point two μ s
the implementation complexity of SMCC is similar to that of DVB-T, but it has greater system potential. The receiver technology can be implemented by the manufacturer according to the application requirements. Full implementation is helpful for fast synchronization, frequency tracking under high-speed movement, improving the robustness of synchronization / phase-locked, and giving full play to the potential of the system
the digital TV terrestrial wireless transmission network based on SMCC technology constructs a new system of distributed, base station and two-way digital TV terrestrial wireless transmission, which is difficult to achieve by the existing technology at home and abroad. It is an innovation of the existing digital TV terrestrial wireless transmission method, and can meet the requirements of modern social informatization.

7. Ha ha, what I said on the first floor is wrong. It's a car that I saw when I went back to Wenzhou and passed Shaoxing! Oh, I hope my answer will help you! thank you!

8. There is no such thing
all the buses in Shaoxing passenger transport center go to Hangzhou east bus station. When you get to Hangzhou east station, you can take the shuttle bus directly to the North Station (remember there is a special bus there), or transfer to bus k516 to the north station.

9. The earliest one is 6:30
from Shaoxing passenger transport center to Hangzhou south station, 6:30-20:30, every 15-20 minutes